| P1269 | facet of | adaptive radiation therapy | Q180507 |
| Q67510093 | "Measurements of surface dose using build-up curves" obtained with an extrapolation chamber |
| Q67408728 | 60Co dosimetry |
| Q39326187 | A Comprehensive System for Radiotherapy Treatment Planning Using the PDP-12 Computer |
| Q30629040 | A Data Acquisition System for Three-Dimensional Treatment Planning |
| Q39323919 | A High-Energy X-Ray Beam Generation Program for a Small Digital Computer |
| Q69734855 | A Method of Estimating Biological Effect of Combined Intracavitary Low Dose Rate Radiation with External Radiation in Carcinoma of the Cervix Uteri |
| Q44252960 | A New Calculator for Radiotherapy Treatment Planning |
| Q69469104 | A New Method for Computer Generation of Dose Distributions from External X- and Gamma-Ray Sources |
| Q54766894 | A New Technique for the Irradiation of Large Fields in Patients with Lymphoma |
| Q41588462 | A Nomogram for Time-Dose-Fractionation Factors |
| Q41226162 | A Parametric Method for Estimation of Dose-Modifying Factors: Low-Dose Extrapolation Limit |
| Q54558646 | A Practical Method for Correcting the Primary Component of the Field of a60CO Irradiator at Off-Axis Points |
| Q69745531 | A Simplified Absorbed Fraction Method for Radiation Dose Calculations in Routine Clinical Situations |
| Q67447036 | A biological approach to the problem of dose fractionation in radiotherapy (author's transl) |
| Q67431755 | A comparison of 3 methods of dosage fractionation in roentgenotherapy of non-advanced skin carcinoma (controlled therapeutic studies) |
| Q67402349 | A comparison of the anatomical uniformity of irradiation in two different photochemotherapy units |
| Q67917192 | A comparison of the late radiation changes after three schedules of radiotherapy |
| Q47349477 | A computer system for optimization of treatment planning in radiotherapy. The visual optimization by man-machine interaction |
| Q39690645 | A consideration of distributions and treatment schedules in high dose rate intracavitary therapy of carcinoma of the uterine cervix (author's transl) |
| Q51654433 | A convolution algorithm for brachytherapy dose computations in heterogeneous geometries |
| Q41450480 | A cumulative normal distribution model for simulation of electron beam profiles |
| Q68297113 | A dose homogeneity index for evaluating 1 9 2 Ir interstitial breast implants |
| Q53395868 | A dosimetric intercomparison of megavoltage photon beams in UK radiotherapy centres |
| Q54264405 | A dosimetric study of the "mantle field" technique in cobalt 60 teletherapy |
| Q47404314 | A finite-size pencil beam model for photon dose calculations in three dimensions |
| Q39681905 | A less empirical method of representing megavoltage beams for use in rapid radiotherapy dose calculations |
| Q52957351 | A method for the calculation of dose in the radiation treatment of Hodgkin's disease |
| Q69622926 | A method of calculating the isodose shift in correcting for oblique incidence in radiotherapy |
| Q41551053 | A method of correction for curvature and inhomogeneities in computer aided calculation of external beam radiation dose distributions |
| Q52936167 | A method of measuring gamma or X-ray attenuation due to overlying tissues in radiotherapy |
| Q67600945 | A new method of histo-radiotherapic correlation (author's transl) |
| Q69376115 | A new model applicator with precalculated isodoses for gynecologic curietherapy by curietron |
| Q67440958 | A nomogram for the estimation of an average tissue-air ratio for rotation therapy planning |
| Q52877372 | A novel fast neutron dosemeter based on fission chambers. I. Principles of operation and theoretical response in neutron therapy radiation fields |
| Q67369851 | A plain method for determining the tumour dose in telecobalt rotation therapy (author's transl) |
| Q43756061 | A practical evaluation of five dose-volume histogram reduction algorithms |
| Q69435074 | A program for calculating rotational and static dose distribution on a computer of the "Razdan-3" type |
| Q67349203 | A prospective clinical trial of post-operative radiotherapy delivered in three fractions per week versus two fractions per week in breast carcinoma |
| Q67576860 | A rapid method to determine the maximum dose from parallel opposed fields |
| Q39957852 | A review of computer techniques for dosimetry of interstitial and intracavitary radiotherapy |
| Q52817262 | A simple computer program for optimization of source loading in cervical intracavitary applicators |
| Q52771623 | A simple formula for depth dose calculation for Co-60 teletherapy beam dosimetry |
| Q52810959 | A simple model of 60Co beams for computerized radiotherapy planning |
| Q93484422 | A solution for the dosimetry of conservative mammacarcinoma radiotherapy (author's transl) |
| Q67991795 | A standardized multifield irradiation technique for breast tumours using asymmetrical collimators and beam angulation |
| Q41351184 | A study of dose distribution patterns from cobalt-60 and Varian Clinac-4 beams |
| Q39370892 | A table for the comparison of commonly-used fractionation schemes in radiotherapy |
| Q39680032 | A technique for scatter dose calculation |
| Q39708306 | A technique to improve the homogeneity of electron dose distribution in chest wall irradiation |
| Q67552493 | A tissue compensation source-to-skin measurement system |
| Q67361438 | A way to spatial irradiation planning. II. Vectorial demonstration of spatial dose distribution within a single-ray beam and 1st consequences for the practice |
| Q67765258 | A way to spatial irradiation planning. III. Further information on the procedure for obtaining dose homogeneity in noncoplanar ray beams and its experimental verification |
| Q43913989 | A way to spatial irradiation planning. IV. Examples of radiotherapeutic practice and conclusions |
| Q52940570 | A wedge filter for use with cobalt-60 in the treatment of carcinoma of the cervix uteri |
| Q67512685 | A widely applicable method for computing dose distributions from external megavoltage beams |
| Q69656861 | Absorbed dose due to beta-rays from radioactive colloids in radiation synovectomy |
| Q68475628 | Abstracts of proceedings: Clinical radiotherapy dosimetry. IPSM Radiotherapy Topic Group. 23 October 1987, London |
| Q45139223 | Accelerated fractionation radiotherapy for laryngeal cancer, acute, and late toxicity |
| Q67984677 | Accelerated versus conventional fractionation in the postoperative irradiation of locally advanced head and neck cancer: influence of tumour proliferation |
| Q66998601 | Accuracy in delivered doses in radiotherapy procedures (author's transl) |
| Q67342753 | Accuracy in patient setup and its consequence in dosimetry |
| Q41826043 | Adjuvant immunosuppression in renal transplantation: high dose intravenous steroids, local radiation therapy, and antilymphocyte globulin |
| Q67558737 | An aid to computerization of Heyman's afterloading system |
| Q69435068 | An analog-digital computer for determining dose fields |
| Q46122732 | An automatic X-ray isodose plotter |
| Q52437345 | An evaluation of protracted low dose rate irradiation from an acute dose survival curve |
| Q52944097 | An examination of some dose-time relationships in therapeutic radiology |
| Q69616564 | An experimental study of the dose distribution in water around137Cs tubes used in brachytherapy |
| Q44686480 | An improved apparatus for the measurement of oxygen concentration |
| Q67602352 | An improved computer model for 60cobalt dose distributions |
| Q30683064 | An interactive data preparation procedure for three-dimensional interstitial and intracavitary dose calculation programs |
| Q52949836 | An interactive program for standardization of prescriptions in radiation therapy |
| Q30604565 | An intercomparison between two methods of obtaining percentage depth doses for irregular shaped fields and comparison of each method with experimental data for60Co and 10 MV X rays |
| Q44956687 | An ionization chamber for therapy-level dosimetry of electron beams |
| Q54507096 | An optimal method for dose standardization and wedge filter mounting for irradiation |
| Q66949986 | Analysis of Errors in Three-Dimensional Reconstruction of Radium Implants from Stereo Radiographs |
| Q40471931 | Analysis of a manual calculation technique for isocentric dose determination |
| Q41261288 | Analysis of dose distributions in whole body superficial electron therapy |
| Q66931769 | Analysis of errors in three dimensional reconstruction of radioactive source positions using stereo-shiftradiography in brachytherapy (author's transl) |
| Q44600950 | Analysis of the distribution of ionizing-radiation dosage in rotational and stationary teletherapy with Co-60 |
| Q66914806 | Analytical Approach for Depth Dose Calculations (60Co Beams with Fixed Source-Target Distance) |
| Q52779167 | Application of Linear Programming to Dose Optimization in Intracavitary Implant Therapy |
| Q69787782 | Application of a tangential wedge-filter pendulum technic in therapy of breast cancer |
| Q67379122 | Application of probit analysis to estimation of optimal dose in cancer chemotherapy and radiotherapy (author's transl) |
| Q43407192 | Application of the convolution method for calculation of output factors for therapy photon beams |
| Q68234583 | Applications of the normal standard dose in clinical practice |
| Q69655948 | Approach to a Theoretic Model for the Probability of Recurrences in Radiation Therapy |
| Q66962717 | Approach-related dosage calculation in the surroundings of enclosed radium preparations and its combination with dosage calculation |
| Q67984675 | Assessment of dose inhomogeneity at target level by in vivo dosimetry: can the recommended 5% accuracy in the dose delivered to the target volume be fulfilled in daily practice? |
| Q42611919 | Asymmetric Field Calculations |
| Q53710251 | Attachment for measuring the dosage on the RUM-7 x-ray therapy apparatus |
| Q69456236 | Attempt to improve radiotherapy for cancer and its results. 2. Massive and fractionated irradiation |
| Q54798815 | Attempt to improve radiotherapy for cancer and its results. 2. Massive and fractionated irradiation |
| Q66944537 | Automatic calculation of the base dose in the Paris System (author's transl) |
| Q69614584 | Automation of the construction of isodoses according to the density of the film |
| Q46615440 | Backscatter measurements from a single seed of 1 2 5 I for ophthalmic plaque dosimetry |
| Q41261298 | Basic considerations in simulated treatment planning for the Stanford Medical Pion Generator (SMPG) |
| Q52859021 | Behavior of p -n junction silicon radiation detectors in a temperature-compensated direct-current circuit |
| Q68468191 | Benchmark measurements for lung dose corrections for x-ray beams |
| Q44736173 | Biologically effective doses from californium-252 intracavitary applications |
| Q39651854 | Biophysical Aspects of the Space Radiation Effects Laboratory (SREL) 710-MeV Helium Ion Beam: Physical Measurements and Dosimetry |
| Q67755154 | Bowel gas--a cause of elevated dose in radiotherapy |
| Q36965133 | Breast cancer treatment: which inhomogeneities have to be taken into account? |
| Q67860836 | Breast irradiation in the lateral decubitus position: technique of the Institut Curie |
| Q39691006 | Bremsstrahlung Dose to Patients in Rotational Electron Therapy |
| Q69624089 | Build-up and build-down measurements with thin LiF-teflon dosimeters with special reference to radiotherapy of carcinoma of the larynx |
| Q68227195 | Build-up effects at air cavities measured with thin thermoluminescent dosimeters |
| Q67339630 | Build-up studies with three different types of cobalt--60 teletherapy units |
| Q66941087 | Caculation of dosage field with the use of protective blocks |
| Q67518268 | Calcium sulphate phosphor for clinical neutron dosimetry |
| Q69468166 | Calculating the radiation dosage to an organ |
| Q51653579 | Calculation algorithm of three-dimensional absorbed dose distribution due to in vivo administration of nuclides for radiotherapy |
| Q54158183 | Calculation and display of dose distribution in teletherapy by the use of small computer (4 kW) (author's transl) |
| Q68223658 | Calculation of dose distribution of fast electrons within and behind tissue inhomogeneities of any width |
| Q69348852 | Calculation of dose distribution through gauze filters with the aid of a computer |
| Q67533923 | Calculation of doses of fast electrons in formation of the beam with the aid of grids |
| Q67330871 | Calculation of electron dose distribution for radiotherapy treatment planning |
| Q67342414 | Calculation of integral doses and evaluation criteria in the use of forming appliances in radioisotope teletherapy |
| Q67572091 | Calculation of spatial dose distribution in intrafocal implantation of iridium 192IR in patients with oral carcinoma (author's transl) |
| Q69575116 | Calculation of the distribution dosage in telecurietherapy |
| Q66950762 | Calculation of the dose distribution around 137Cs tubes used in clinical brachytherapy |
| Q39657537 | Calculation of the dose for fast electrons using a matrix algorithm (author's transl) |
| Q69656857 | Calculation of the dose induced in tissue by negatively charged pion beams |
| Q67539880 | Californium-252 in radiotherapy: RBE-dose rate relationships |
| Q43541952 | Caso 4 (Dy) Thermoluminescent Dosimeters for the Determination of Gonadal Doses |
| Q41971590 | Cell Cycle Redistribution as a Factor in Multifraction Irradiation |
| Q67281092 | Cell kinetic approach to optimising dose distribution in radiation therapy |
| Q44741058 | Cellular recovery in human skin reactions: Application to dose fraction number overall time relationship in radiotherapy |
| Q39754235 | Cellular survival and isoeffect formulae: a study in applied radiobiology |
| Q42111815 | Central axis depth dose curve for electron beams |
| Q54515179 | Character of dose distribution in radiation treatment of cancer of the distal region of the stomach on a betatron with 25 MeV energy in heterogenic media |
| Q41319254 | Characteristics of Clinac-18 wedged fields for 10-MV x rays |
| Q67523140 | Characteristics of a negative pion beam for the irradiation of superifical nodules in cancer patients |
| Q67001876 | Choice of reference point in megavoltage dosimetry |
| Q52821979 | Clinical application of mini-computer for treatment planning of telecobalt therapy |
| Q69479392 | Clinical dose response curves of human malignant epithelial tumours |
| Q69380214 | Clinical dose-response curves of human malignant epithelial tumours |
| Q44515011 | Clinical dosimetry (author's transl) |
| Q69843815 | Clinical dosimetry and long-term therapeutic results in Cushing's disease |
| Q44056932 | Clinical dosimetry for implementation of a multileaf collimator |
| Q66971784 | Clinical dosimetry of large shaped irradiation fields of Co60 (author's transl) |
| Q67360147 | Clinical examiantions on the importance of different fractionation rhythms for radiation therapy. Histologically controlled examinations of different fractionation rhythms for the irradiation of bronchial carcinoma |
| Q67337597 | Clinical radiobiology of low dose-rate radiotherapy |
| Q67520481 | Clinical use of thermoluminescent dosimeters in supervoltage x-ray therapy |
| Q39772211 | Clip markings of the uterus and the urinary bladder for the dosimetry of intracavity and percutaneous radiotherapy (author's transl) |
| Q41995375 | Cobalt-60 axial percentage depth doses are consistent |
| Q67001879 | Cobalt-60 dose calibration: A comparison of methods |
| Q67009223 | Combination radio and chemotherapy from the viewpoint of the medical oncologist |
| Q54008751 | Combined Compensation for Contours and Heterogeneity |
| Q67328442 | Communications: Radiotherapy dosages |
| Q67370264 | Comparative measurements of the plane-dose-product, the surface dose and organ exposure in radiodiagnostic routine-examinations (author's transl) |
| Q67991332 | Comparison of absorbed doses in water and solid water for electron beams |
| Q67602350 | Comparison of computed tomography and conventional transverse axial tomography in radiotherapy treatment planning |
| Q69065145 | Comparison of the isodose curves by the differences among tumor source distances and/or diameters of body cross section. Calculation of various isodose curves in telecobalt therapy by small computer (author's transl) |
| Q69379063 | Comparisons of 10-40 MeV electron and X-radiation dosimetry methods |
| Q39618463 | Compensation for inhomogeneities in charged particle radiotherapy using computed tomography |
| Q44174680 | Complementary irradiation in lymphogranuloma. 1. Technical and dosimetric part (author's transl) |
| Q47181228 | Component evaluation of event size spectra for a clinical 14-MeV neutron beam |
| Q41342180 | Computational analysis and dosimetric evaluation of a commercial irregular-fields computer program |
| Q67335571 | Computer Dosimetry Based on Pelvic Simulation |
| Q39672643 | Computer algorithm for electron beam treatment planning |
| Q67589607 | Computer computation of complex time-dose and modality relationships in radiation therapy |
| Q42597755 | Computer dosimetry for flattened and wedged fast-neutron beams |
| Q36747356 | Computer generation of high-energy x-ray dose distributions |
| Q48478304 | Computer simulation and modelling of tumor spheroid growth and their relevance for optimization of fractionated radiotherapy |
| Q67412274 | Computer-assisted estimation of the dose distribution in intracavitary radiation therapy (author's transl) |
| Q39217403 | Computer-compatible patient contour plotter |
| Q69522602 | Computerized determination of the real distribution of doses around an interstitial implant of loops or pins of iridium 192 |
| Q67296362 | Concerning the usual dose of I-131 to ablate thyroid |
| Q51662211 | Consideration of large in homogeneous regions of the computation of electron dose distributions |
| Q43704763 | Consideration of the volume dependence of tolerance doses (author's transl) |
| Q38613695 | Continuous, hyperfractionated, accelerated radiotherapy (CHART). |
| Q67687357 | Contribution of the scattered radiation to the absorbed dose in intracavitary gammatherapy |
| Q67749151 | Control of dose administered once a week and three times a day according to schedules calculated by the CRE formula, using skin reaction as a biological parameter |
| Q54565239 | Conversion of percentage depth doses from one SSD to another, and calculation of tissue-air ratios |
| Q52992465 | Correction of Dose Distribution for Air Space in High-Energy Electron Beam Therapy |
| Q52839988 | Correction of dose distribution for oblique incidence in 6 mv x-rays therapy |
| Q41240401 | Corrections to megavoltage depth-dose values due to reduced backscatter thickness |
| Q66985470 | Cranial dose distribution |
| Q66985473 | Critiques of article by Dvivedi and Pradhan, Immediate results of weekly fractionation in external radiation |
| Q44658687 | Cumulative Radiation Effect Part III: Continuous radiation therapy — Short-lived sources |
| Q64946744 | Cumulative biological effect in fractionated irradiation (author's transl) |
| Q41068375 | Cumulative radiation effect part IV. Normalisation of fractionated and continuous therapy — Area and volume correction factors |
| Q66944549 | Curietherapy in the carcinoma of the uterine cervix. Comparison of the obtained by computer dosimetric informations. Cooperative study by the European Group of curietherapists (author's transl) |
| Q67322911 | Dangers of the clinical use of the NSD formula for small fraction numbers |
| Q36524523 | Data recording in radiotherary |
| Q52439473 | Definition of T in the NSD equation |
| Q44486886 | Dependence of Response of a C3H Mammary Carcinoma to Fractionated Irradiation on Fractionation Number and Intertreatment Interval |
| Q39618474 | Depth dose factors for radiotherapeutic treatment of lymphomas in a 4 MV linear accelerator—The mantle and the inverted Y techniques |
| Q69522600 | Determination of different isodose patterns for telecobalt fields with Ilford Line N5.50 |
| Q66949010 | Determination of dosage distribution during irradiation of the abdomen |
| Q41468814 | Determination of the integral dose with a body phantom using Fricke's system and an evaluation by means of potentiometric analysis (author's transl) |
| Q39928969 | Determining optimum dose-time-area relationships in curative radiotherapy of cancer. A review and evaluation |
| Q67602283 | Development and construction of an antropomorpheous bodyphantom for dosimetric purposes with fast electrons (author's transl) |
| Q67827498 | Diaphragming the bremstrahlung radiation beam on LUE-25 |
| Q43945605 | Differences between biological effects of high LET and low LET radiations in relation to their application in radiotherapy |
| Q39230453 | Digital imaging of dose distributions using NMR imager |
| Q54457888 | Distribution of dosage and estimation of dosage absorbed by critical organs in the fields of irradiation of lymphomas |
| Q53600574 | Divided course of radiation in the treatment of cancer |
| Q42154774 | Divided dosage in radiotherapy. 3. Clinical application |
| Q54080854 | Dosage calculations for gynaecological insertions using a mini-computer |
| Q67258092 | Dose Distribution Around an125I Seed Source in Tissue |
| Q69376711 | Dose Distributions about137Cs Sources in Tissue |
| Q67748925 | Dose calculation for thyroid radiation therapy according to MIRD recommendations (author's transl) |
| Q66920800 | Dose distribution and irradiation technique in the radiotherapy of breast cancer stage I |
| Q54475536 | Dose distribution and stability of radiotherapy electron beams from a linear accelerator |
| Q67749878 | Dose distribution from limited electron beams |
| Q68293134 | Dose distribution in 60Co 2-field opposing irradiation therapy for cancer of the uterine cervix |
| Q53803514 | Dose distribution in healthy lymph nodes and in lymph nodes affected by metastases after endolymphatic therapy with radionuclides |
| Q45273547 | Dose distribution in low level radotherapy--dose distribution in supplementary intracavitary radiation following external radiation for cervical cancer |
| Q52861380 | Dose distribution of therapeutic electron beams and automation of treatment planning |
| Q69380330 | Dose distribution with high voltage irradiation of mediastinal Hodgkin's diseases |
| Q36734809 | Dose distributions in high energy electron beams: production of broad beam distributions from narrow beam data |
| Q45324228 | Dose distributions of X-ray fields as shaped with multileaf collimators |
| Q67387710 | Dose error due to a mercury shutter |
| Q44818848 | Dose fractionation schedules--biologic aspects and applications to high LET radiotherapy |
| Q67744934 | Dose measurements in the build-up region for cobalt-60 therapy units |
| Q52439121 | Dose of tissue tolerance, dose of tumour sterilisation in continuous and discontinuous irradiation (author's transl) |
| Q67602175 | Dose specification in radiotherapy |
| Q69482979 | Dose to Standard Reference Man from External Sources of Monoenergetic Photons |
| Q47418463 | Dose, time, and fraction size issues for late effects in head and neck cancers |
| Q30894781 | Dose-time factors in head and neck data |
| Q51661646 | Dose-time relationship: Computation of cell lethality following fractionated radiation therapy |
| Q69602206 | Dosimetric Problems with Radium in the Intracavitary Treatment of Carcinoma of the Uterine Cervix |
| Q67509030 | Dosimetric analysis of methods of irradiating bladder tumors |
| Q67431760 | Dosimetric calculations in Co-60 teletherapy: characteristics of a program |
| Q39642136 | Dosimetric controls of a microtron accelerator for radiotherapy |
| Q39642141 | Dosimetric measurement and analytical representation of the dose distribution of high-energy radiations |
| Q67533927 | Dosimetric planning of electron therapy of cancer of the larynx with regard to its lumen |
| Q69375689 | Dosimetric studies and methodical deliberations on radiotherapy of the collum uteri carcinoma |
| Q39603172 | Dosimetry for Tangential Chest Wall Irradiation |
| Q66846192 | Dosimetry in cobalt teletherapy in the oral cavity following titanium metal implantation |
| Q53750070 | Dosimetry in studies concerning neutron-capture therapy |
| Q67509959 | Dosimetry intercomparisons between fast-neutron radiotherapy facilities |
| Q67510735 | Dosimetry of Hodgkin's disease therapy using a 4 MV linear accelerator |
| Q54162975 | Dosimetry of high energy electron beams from a linear accelerator (author's transl) |
| Q68162223 | Dosimetry of intraluminal brachytherapy |
| Q67732139 | Dosimetry of patients with Basedow's disease having a die-away angle; value of lithium in therapeutic combination with iodine-131 |
| Q41319217 | Dosimetry of pion therapy beams |
| Q67514692 | Dosimetry of protons with 1000 MeV energy in medico-biological studies |
| Q67461234 | Dosimetry of the fast neutron beam produced by the MRC cyclotron |
| Q44781007 | Dosimetry of various irradiation methods (60 Co) of the lumbar lymph nodes on the Alderson phantom |
| Q41349049 | Dosimetry problems in irradiation of mediastinal tumours (author's transl) |
| Q67731043 | Dosimetry using the linear accelerator (author's transl) |
| Q69515247 | Dynamic Display of Radiotherapy Plans Using Computer-Produced Films |
| Q67342420 | Dynamics of chromosome aberrations and mitotic activity in human bone marrow cells after single local gamma-irradiation with a dose of 150 rad |
| Q67649314 | Dynamics of clinico-cytological changes in cervical cancer of different histological structure and maturity depending on the dosage of radioisotope teletherapy |
| Q52245471 | Early and Late Radiation Changes Following a Second Course of Irradiation |
| Q44813377 | Economical with the radiotherapy 'dose' |
| Q37182996 | Effect of dose rate on local control and complications in definitive irradiation of T1–2 squamous cell carcinomas of mobile tongue and floor of mouth with interstitial iridium-192 |
| Q67551247 | Effect of radiation therapy on facial nerve cable autografts |
| Q69381100 | Effect of shadow trays on surface dose and build-up for megavoltage radiation |
| Q69562406 | Effect of various rhythms of irradiation on tumor and normal tissue in vivo |
| Q39370970 | Effective bone palliation as related to various treatment regimens |
| Q68442888 | Effects of fractionation and dose-rate |
| Q67486094 | Effects of respiratory motion on dose uniformity with a charged particle scanning method |
| Q53948538 | Electron depth therapy in the thoracic region. 2. Dosimetric studies with symmetrical pendulum irradiation over the anterior thoracic wall |
| Q44391870 | Electron dose calculation using multiple-scattering theory: evaluation of a new model for inhomogeneities |
| Q66848101 | Electron dosimetry in radiotherapy--with special reference to less than 10 MeV electron dosimetry (author's transl) |
| Q67513469 | Electron therapy using wedge filters. I. Experimental studies using wedge filters made from polystyrol |
| Q39762476 | Electrondosimetry |
| Q45252096 | Elimination of dose-rate effects by mild hyperthermia |
| Q39629891 | Elongation effects on the Therac 6 linear accelerator |
| Q43916182 | Employment of a digital computer in the calculation of dose distribution in telecobalt therapy of the mediastinum (author's transl) |
| Q66874569 | Endocavitary radiotherapy of carcinoma of the cervix uteri using a modeled device and Ir-192. Computerized dosimetry |
| Q41833752 | Equation for scatter-air ratios for megavoltage radiotherapy calculations |
| Q39691241 | Equations for the dose distributions of high-energy electrons |
| Q41141326 | Equivalence of continuous and pulse simulated low dose rate irradiation in 9L gliosarcoma cells at 37° and 41°C |
| Q66852009 | Estimation of population doses from brachytherapy in Japan (author's transl) |
| Q67263430 | Evaluation of B-mode ultrasound as a means of improving radium dosimetry in the treatment of gynecologic cancer |
| Q67972268 | Evaluation of biological effect in radiotherapy biological equivalent dose versus surviving fraction criteria |
| Q67447037 | Evaluation of radiotherapy treatment planes in terms of iso-TDF curves (author's transl) |
| Q44780312 | Evaluation of short term radiotherapy with small number of fractions (author's transl) |
| Q67531341 | Evaluation of the clinical use of TLD |
| Q39600618 | Evolution of dosage schedules at the fast neutron therapy facilities in the united states |
| Q67600947 | Evolution of the dosimetric criteria of the curietherapy in carcinoma of uterine cervix (author's transl) |
| Q39685364 | Experimental and theoretical studies on the isodose shift method. Comparison of the dose distributions corrected by three shift-factors for oblique incidence in radiotherapy (author's transl) |
| Q44537746 | Experimental determination of the physical parameters of sealed sources used in curietherapy |
| Q45233377 | Experimental dosage with lineal sources of Ir 192. Analysis and evaluation of errors in the treatment of cutaneous neoplastic lesions by means of interstitial curitherapy |
| Q44709763 | Experimental studies and mathematical approximation of deep dosage distribution of fast electrons. 1 |
| Q67508105 | Experimentally determined tissue air ratios and scatter air ratios for collimated beams of 14 mev neutrons |
| Q69720477 | Experiments on reduction of primary radiation load in patients with cervix carcinoma |
| Q41342187 | Extended expression for tissue-maximum ratio fitted to the Varian Clinac-4 and Clinac-6 accelerators |
| Q69390187 | Extension of the range of measurement of a Farmer Secondary Standard Dosimeter |
| Q44670170 | Field separation in radiation therapy with opposing fields |
| Q69209015 | Fifth Progress Report on the British Institute of Radiology fractionation trial of 3F/week or 5F/week treatment of larynx and pharynx |
| Q69377858 | Film dosimetry of betatron electron beams for radiotherapy planning |
| Q67345641 | Follow-up results of 131-I therapy of benign thyroid diseases: an unsolved problem of dosimetry |
| Q69466221 | Foreseeable dosimetry in the interstitial therapy using Iridium 192 wires ("Paris system"). Applications in a single plane |
| Q69657057 | Formulation and method of solution of the problem of computer determination of optimal irradiation parameters of programmed control of therapeutic gamma-ray apparatus |
| Q44203269 | Fractionated irradiation models |
| Q43604451 | Fractionation is important for HDR cervix cancer brachytherapy |
| Q41592990 | Further considerations on the basis of the Ellis-formula and its application (author's transl) |
| Q67578439 | Gamma-introscopy in radiation therapy |
| Q43901445 | General equations for the calculations of biologic effect ratios for parallel opposing fields |
| Q67281033 | Generation of Iso-TDF Maps: Considerations for Radiation Therapy Planning |
| Q44403777 | Gonadal load in radiotherapy of benign diseases. II. Infectious diseases and keloids |
| Q68224721 | Graphic means of determining the therapeutic dose of fractionated tumor irradiation |
| Q69563097 | Growth Rate Investigation and Tumor Lethal Dose in Ewing's Sarcoma |
| Q68473045 | Gypsum mixtures for compensator construction |
| Q67716399 | HDR brachytherapy for carcinoma of the cervix: Fractionation considerations |
| Q39558987 | Half and Total Body Radiation for Carcinoma of the Prostate |
| Q44502712 | Heterogeneity of neoplasms, radiosensitivity interval and optimal therapeutic dose |
| Q39652786 | High dose preoperative irradiation of the lower neck and supraclavicular fossae |
| Q41319234 | High-energy-photon dose measurements using exposure-calibrated ionization chambers |
| Q67992521 | High-performance computing in radiation cancer treatment |
| Q67518968 | Holographic measurements of electron-beam dose distributions around inhomogeneities in water |
| Q44107571 | Homogenity of composite field during irradiation by fast electrons (author's transl) |
| Q67984672 | Hyperfractionation versus conventional fractionation in oropharyngeal carcinoma: final analysis of a randomized trial of the EORTC cooperative group of radiotherapy |
| Q68941516 | Hyperthyroidism treated with I-131 with dosimetry. Critical study and results |
| Q44778354 | Illustration of isodose curves with the application of the Sabattier effect |
| Q67365368 | Implementation of the Philips treatment planning system for use in radiation teletherapy |
| Q36965157 | Improved dose homogeneity in the breast using tissue compensators |
| Q44116678 | Improved radiotherapy dose calculations using ultrasound uterine localization |
| Q66962719 | Improvement of focal dose determination in the small pelvis |
| Q67860840 | Improvement of the method used at Créteil for early breast cancer: 1970–1990 |
| Q67043209 | Improvement of the skin sparing characteristics of the Clinac 4 by the use of leaded glass electron filters |
| Q39684789 | Improving the buildup and depth-dose characteristics of high energy photon beams by using electron filters |
| Q36965184 | In vivo dosimetry for tangential breast irradiation: role of the equipment in the accuracy of dose delivery |
| Q68085140 | In vivo measurement of spatial dose distribution with thermoluminescent sheet around high dose-rate intracavitary source: application to rectal cancer |
| Q67530653 | In vivo measurements of lung corrections for fast-neutron therapy |
| Q67748923 | Incorporation dosimetry for nuclear medicine from the viewpoint of the MIRD recommendations |
| Q69533131 | Increase of the dose in primary irradiation of breast carcinoma |
| Q34239497 | Increasing radiation dose intensity using hyperfractionation in patients with malignant glioma. Final report of a prospective phase I-II dose response study |
| Q69384319 | Individualized Compensating Filters and Dose Optimization in Pelvic Irradiation |
| Q67510134 | Influence of cavities on dose distribution in electron depth therapy |
| Q40095129 | Influence of dose-time relationship on the pathogenesis of peripheral neuropathy (author's transl) |
| Q69624084 | Influence of focal localization and of the patient's posture on dose distribution |
| Q69390640 | Influence of lung transparence on distribution of doses in irradiation technics with telecobalt |
| Q39977252 | Initial evaluation of reduced fractionation in the irradiation of malignant epithelial tumors |
| Q67521563 | Instrumentation-dosimetric prerequisites of intracavitary gamma therapy of cancer of the corpus uteri with sources of high activity |
| Q66947097 | Integral doses in static and mobile gamma therapy of cervical cancer |
| Q45949431 | Intermediate dose pre-operative radiotherapy for cancer of the larynx. - End results |
| Q68122748 | Interseed effects on dose for 125I brachytherapy implants |
| Q54413899 | Intracavitary dosimetry for carcinoma of the cervix and subsequent complications |
| Q41030179 | Investigation of time-gap formulae on the CRE system using mouse tissue as a biological model |
| Q67842051 | Irradiation of advanced head and neck cancer with large daily fractions. Preliminary results of a prospectively randomized clinical trial |
| Q41859870 | Is the dose-response relationship for local control of Hodgkin's disease obscured by lung inhomogeneity corrections? |
| Q30894771 | Is the experience with CHART compatible with experimental data? A new model of repair kinetics and computer simulations |
| Q67376085 | Isodose determination for the vaginal cylinder in 60Co contact therapy (author's transl) |
| Q39918452 | Isodose planning using closed circuit television |
| Q67271817 | Isoexposure curves for 60Co ophthalmic applicators |
| Q66947043 | Laryngeal cancer: practical problems in effective dose delivery |
| Q67380316 | Lethal and sublethal cellular injury in multifraction irradiation |
| Q42159935 | Letter: Formulae for calculation of 50 per cent depth dose and linear absorption coefficient in water of cobalt-60 gamma rays |
| Q52931628 | Letter: Formulas for the calculation of the total dose in fractionated radiotherapy |
| Q67461279 | Letter: The 2,500 ret envelope |
| Q52424729 | Limited-angle 3D reconstruction of PET images for dose localization in light ion tumour therapy |
| Q48559260 | Linear Quadratic Model and Biologically Equivalent Dose for Single Fraction Treatments |
| Q69141526 | Local complications in curietherapy and treatments associated with it used in gynaecological cancer. A dosimetric investigation of 100 cases (author's transl) |
| Q41731771 | Localization in interstitial dosimetry utilizing the CT scanner |
| Q43636443 | Localization of implanted radioactive wires and computation of the dose distribution |
| Q53730463 | Lung-equivalent material for fast neutron dose distribution studies |
| Q39629876 | Magnetic field modification of electron-beam dose distributions in inhomogeneous media |
| Q39629880 | Magnetic modification of the electron-dose distribution in tissue and lung phantoms |
| Q67508506 | Malfunction of linear accelerator dose monitoring systems |
| Q44104838 | Mantle field dosimetry comparing 4 MV with cobalt 60 |
| Q44528581 | Mathematical analysis of dependence of relative biological effectiveness on the quantity of the absorbed dose |
| Q67379271 | Mathematical determination of treatment schedules according NSD concepts in radiotherapy (author's transl) |
| Q69672043 | Mathematical model of changing influence of some factors on the biological effect of ionizing radiation (author's transl) |
| Q39671449 | Measurement of surface dose |
| Q67576857 | Measurement of surface dose with one, two or three layers of LIGHTCAST |
| Q69762827 | Measurements of exposure dosage outside the radiation field under conditions of conventional radiotherapy and telecobalt therapy |
| Q41869187 | Measuring of the dosage in the oral cavity during radiotherapy of tongue cancer with fast electrons |
| Q48269074 | Medulloblastoma: Treatment technique and radiation dosimetry |
| Q67795155 | Method for calculating dose when lung tissue lies in the treatment field |
| Q43857912 | Method for computing the intensity of solar radiation in heliotherapy |
| Q45122947 | Method for localizing and calculating vaginal dose in brachytherapy |
| Q68375391 | Method of calculating the volume distribution of absorbed doses in dosimetric planning of radiotherapy |
| Q45056252 | Metrological provision of medical radiology |
| Q43948091 | Metronidazole and fractionated radiotherapy of a murine tumor |
| Q39685716 | Microdosimetric Measurements of Pretherapeutic Heavy Ion Beams |
| Q41587746 | Microdosimetric Properties of Encapsulated 125 I and Other Photon Sources |
| Q67827501 | Microdosimetric analysis of RBE proton dependence on the dose |
| Q68171221 | Microdosimetric single event spectra of Ytterbium-169 compared with commonly used brachytherapy sources and teletherapy beams |
| Q43452697 | Microdosimetry of negative poins at LAMPF |
| Q66983845 | Minimized Irradiation Volume in Treatment of Carcinomas of the Oropharynx and Hypopharynx |
| Q52415146 | Missing tissue compensators: evaluation and optimization of a commercial system |
| Q67458809 | Modification of isodose curves from a cobalt-60 unit by the partial usage of wedge filters |
| Q67009211 | Modification of time interval between surgery and irradiation as well as additional therapeutic measures of a brachial plexus disorder in operated breast carcinoma? |
| Q44374631 | Moiré topographic technique applied to design of compensator for telecobalt therapy (author's transl) |
| Q66835902 | New dosage units and activities in the administration of ionizing radiation |
| Q41531787 | Nominal standard dose and tumor standard dose. Tables for radiation therapy planning and analysis |
| Q45076382 | Nominal standard dose as a quantitative criterion of radiation effectiveness based on the example of laryngeal cancer |
| Q67826546 | Normal tissue reactions in the British Institute of Radiology Study of 3 fractions per week versus 5 fractions per week in the treatment of carcinoma of the laryngo-pharynx by radiotherapy |
| Q53725004 | Obliquities in electron therapy |
| Q68217540 | On the application of a liquid-dielectric ionization chamber to 252 Cf dosimetry |
| Q66917627 | On the measurement of low-voltage therapeutic X-ray units |
| Q47338401 | On the use of fields of negative weight to simulate blocks in radiotherapy calculations |
| Q41232907 | Optimation of the dose geometry during irradiation of the para-aortic lymph nodes with 42 MeV photons (author's transl) |
| Q44607732 | Optimization in radiation therapy |
| Q66941224 | Optimization of Dose Distributions in Moving-Strip Therapy Using a Minicomputer |
| Q53845252 | Optimization of Radium Sources for Vaginal Treatment |
| Q37694697 | Optimization of radiotherapy for neck carcinoma metastasis from unknown primary sites: a meta-analysis |
| Q43915923 | Optimized cross-section determination for treatment planning in radiation therapy (author's transl) |
| Q47321221 | Orthogonal Fields: Variations in Dosevs.Gap Size for Treatment of the Central Nervous System |
| Q66942948 | Our experiences with using the compound wedge filters for the external radiation therapy (author's transl) |
| Q66833509 | Parametrisation of linear accelerator electron beam for computerised dosimetry calculations |
| Q39977257 | Patterns of failure in intracranial astrocytomas after irradiation: analysis of dose and field factors |
| Q68189203 | Phase I study of hyperfractionated accelerated radiation and simultaneous Carboplatin therapy for advanced head and neck carcinomas |
| Q44430550 | Photographic dosimetry in irradiation of the mediastinum (author's transl) |
| Q67532020 | Physical aspects of breast irradiation |
| Q67869339 | Physical basis of radiotherapy in uterine carcinoma |
| Q41240423 | Physical characterization of 45-MV photon beams for use in treatment planning |
| Q67520258 | Portable tissue equivalent calorimeter |
| Q67362064 | Possibilities, limitations and errors with ultrasound tomography in computer-assisted treatment planning (author's transl) |
| Q67754595 | Potential improvement in the results of irradiation for prostate carcinoma using improved dose distribution |
| Q67666743 | Practical application of digital therapy verification |
| Q41240429 | Practical dosimetric considerations of a 10-MV photon beam |
| Q67440960 | Preparation of phantom lung material |
| Q44249266 | Present day development of the Paris System. First part: coplanar patterns and those called "in squares" (author's transl) |
| Q54500334 | Prevention of errors in irradiation planning |
| Q36090051 | Primary extramammary invasive Paget's vulvar disease: what is the standard, what are the challenges and what is the future for radiotherapy? |
| Q67724502 | Principles and results of gynaecological brachytherapy with high dose rates (author's transl) |
| Q67333653 | Principles of optimization of irradiation planning |
| Q69761565 | Probe Check of Computer Dosimetry for Gynecologic Implant Therapy |
| Q68290034 | Problems concerning fractionated radiotherapy (2). Time-dosage distribution in relation to the repair of potentially lethal damage and repopuration of cancer cells |
| Q67374066 | Proceedings: Clinical radiobiology of low dose-rate irradiation |
| Q46598903 | Proceedings: Optimum fractionation in X-ray treatment of C3H mouse mammary tumours |
| Q67374073 | Proceedings: Relative biological efficiency--a simple method for comparing dose régimes |
| Q69782221 | Proceedings: The RBE for small single doses of fast neutrons for experimental tumours |
| Q67374069 | Proceedings: The advantages of low dose-rate |
| Q42449570 | Proceedings: The effects of varied numbers of dose fractions and overall treatment time on the radiation response of normal human skin |
| Q66853832 | Proceedings: Whole-body irradiation in the treatment of acute myeloid leukaemia. Dosimetry |
| Q69578893 | Program for calculating doses from radium sources in the treatment of cervical carcinoma |
| Q44240777 | Prospective studies with the CRE formula of prolonged fractionation schedules |
| Q69376116 | Protection in electrontherapy with moulding paste |
| Q68925924 | Protection of certain structures from high doses of irradiation |
| Q33579648 | Proton therapy in clinical practice |
| Q44781643 | Pseudo optimization of radiotherapy treatment planning |
| Q41523229 | Quebec clinical dosimetry system for x-ray, cesium-137, and cobalt-60 equipment (author's transl) |
| Q69719075 | RBE values for regrowth of C3H mouse mammary carcinomas after single doses of cyclotron neutrons or X-rays |
| Q36529506 | RTPFIT: A program to fit the extended general field equation to therapy unit data |
| Q39955507 | Radiation Dose-Rate: A Factor of Importance in Radiobiology and Radiotherapy |
| Q69765286 | Radiation Therapy Schedules for Opposing Parallel Fields and Their Biological Effects |
| Q67509946 | Radiation dose distributions and their optimization |
| Q67514699 | Radiation load from secondary and scattered particles in irradiation with protons |
| Q66936413 | Radiation loads of persons undergoing x-ray studies |
| Q69394515 | Radiation monitoring during the administration of radioactive preparations |
| Q69556239 | Radiation monitoring-methods and instruments. 1. Monitoring tasks and problems |
| Q54298809 | Radiation planning for irregularly shaped radiation fields |
| Q44715244 | Radiation pneumonitis: A new approach to the derivation of time-dose factors |
| Q69434485 | Radiation quality and dose distribution in close range roentgen therapy |
| Q35005607 | Radiation therapy planning with photons and protons for early and advanced breast cancer: an overview |
| Q67350499 | Radiation therapy planning with ultrasound |
| Q67396808 | Radiation tolerance of the pig kidney: A model for determining overall time and fraction factors for preserving renal function |
| Q69760805 | Radiation treatment of lymphomas via the mantle technique |
| Q67342406 | Radiobiological analysis of cancer curability depending on the radiotherapy dosage and its timely distribution based on the example of skin cancer |
| Q67361425 | Radiobiological considerations in the selection of the dose rate of intracavitary radiotherapy |
| Q68442861 | Radiobiology of changes in dose-rate |
| Q67559375 | Radiotherapeutic management of an orocutaneous defect with a balloon-retaining stent |
| Q66921703 | Radiotherapy by several sessions a day |
| Q45086213 | Radiotherapy dosimetrists |
| Q45052660 | Radiotherapy of cervical adenopathies secondary to pharyngeal epitheliomas. Lymph node dosage and spreading |
| Q41727282 | Radiotherapy planning of inclined lesions |
| Q67047230 | Radiotherapy techniques of the mediastinum (author's transl) |
| Q52414943 | Radiotherapy x-ray dose distribution beyond air cavities |
| Q43561995 | Rapid depth dose determination by a computer-controlled dosimetry system |
| Q69374904 | Ratio circuit for plotting dose distribution in the radiation field of the 8 MV M.E.L. linear accelerator |
| Q66944535 | Recent developments in the Paris System. Part two: devices called "in triangles" (author's transl) |
| Q66866615 | Recruitment-chemoradiotherapy with VM 26 (epipodophyllotoxin) for induction treatment of malignant brain tumours |
| Q44599406 | Reduced daily dose fractions in radiation treatment of Hodgkin's disease |
| Q68473035 | Reference dose rates for single- and double-plane 1 9 2 Ir implants |
| Q69555990 | Relation between the 6- and 24-hour thyroidal 131-I uptake and the control of thyrotoxicosis by radioactive 131-I therapy |
| Q47349361 | Relative doses to skin and superficial nodes from 10 MV photons as a function of field size and distance from shadow tray |
| Q66955013 | Relative effectiveness of 12-hourly fractionation and a non-uniform X-ray schedule in the optimum fractionation of C3H mouse mammary tumours |
| Q44272052 | Reoxygenation of hypoxic tumour cells |
| Q67591474 | Repair in normal tissues and the possible relevance to radiotherapy |
| Q41453113 | Responses of an experimental solid tumour to irradiation: A comparison of modes of fractionation |
| Q69374638 | Results of electron therapy with convergent lens in preoperative focalized treatment uterine cervix cancer at stage |
| Q67784338 | Results of photon absorbed-dose measurements using the AAPM TG-21 protocol for accelerating potentials up to 26 MV |
| Q67318539 | Rethinking the Necessity of Treating All Fields at Each Radiotherapy Session |
| Q69578482 | Role of the computer system in the radiotherapy of head and neck cancer |
| Q66974203 | SI units in radiotherapy (author's transl) |
| Q67784340 | Scattering effects on the dosimetry of iridium-192 |
| Q69787776 | Schematized isodose pictures for the onset of pendulum irradiations in cobalt-60 teletherapy. I. Monaxial pendulum irradiations |
| Q67716415 | Selection of reagents for human radioimmunotherapy |
| Q69497575 | Semiautomatic equipment for dosimetric measurements in the phantom |
| Q52841448 | Sensitivity of TDF and CRE to variations in exponents of N and T |
| Q67679732 | Simplified standardized calculation of dose distribution for 60Co pendulum irradiation of oesophageal carcinoma (author's transl) |
| Q67749881 | Size and coordinates of the maximal dose in irradiation with a wedge filter |
| Q67752752 | Skin reaction as a biologic parameter for control of different dose schedules and gap correction |
| Q67862296 | Skin reaction as a biological parameter for prospective studies of different dose schedules with the CRE formula |
| Q67287590 | Skin-sparing effect in fast neutron radiation therapy |
| Q41465331 | Small Electron Beams in Radiation Therapy |
| Q66985438 | Solid State Detectors of Fission Fragments For the Rem-dose Measurement of Mixed Proton and Neutron Radiation |
| Q69388755 | Solid geometry versus plane geometry for 252Cf sources |
| Q67523151 | Some comments on gamma-ray implant dosimetry |
| Q67419375 | Some problems in brachytherapy (1) (authors transl) |
| Q52113006 | Spacing nomograph for interstitial implants of 125 I seeds |
| Q67520260 | Specification of electron beam quality from the central-axis depth absorbed-dose distribution |
| Q67350356 | Spectra and dosimetry related to neutron irradiations of the human body |
| Q53853660 | Split-Course Radiation Therapy of Mediastinal Hodgkin's Disease: TSD and CRE concepts |
| Q69178618 | Split-course radiation therapy project |
| Q69055570 | Standard method of determination of the absorbed dose of high energy electron beam in radiotherapy |
| Q39936958 | Status of dosimetry for 252Cf medical neutron sources |
| Q69395429 | Stereoroentgenography for clinico-dosimetric preparation of a patient for irradiation |
| Q30657758 | Storage of radiation dose data in a small digital computer for radiotherapy units with collimator-coupled wedge filters |
| Q67322240 | Structure and calculation of irradiation time tables for 60Co irradiation devices (author's transl) |
| Q67716386 | Study of elasto-gel pads used as surface bolus material in high energy photon and electron therapy |
| Q43410809 | Superfractionation in radiotherapy |
| Q69012914 | Surface doses and mathematical expressions for dose calculation in build-up regions for various telecobalt units and linear accelerators |
| Q53761341 | Surface ionization ratios for electrons in the energy range 3 to 11 MeV |
| Q54596585 | TLD system for radiotherapy monitoring |
| Q69745528 | Tables for Calculation of Nominal Standard Dose for Complex Treatment Schedules |
| Q68127831 | Tangential breast irradiation: simple improvements |
| Q41523243 | Tangential pendulum irradiation of the thoracic wall with co-60 during radiation therapy of surgically treated cancers of the breast: comparison of measurement and computation methods for irradiation planning (author's transl) |
| Q67361426 | Technics and radiophysics of Buchler's afterloading device |
| Q40438695 | Technology in nursing: radiotherapy. 8. Dosimetry |
| Q69479421 | Technology in radiotherapy: the dedicated computer approach |
| Q54487934 | Technology in radiotherapy: the time sharing approach |
| Q69479427 | Technology--a radiotherapist's viewpoint |
| Q54330269 | Teletherapy simulator: design and clinical applications in radiotherapy |
| Q67455746 | Temperature dependence of silicon radiation detectors of the p-n junction type used as photovoltaic cells |
| Q39687150 | The Concept of Modified Scatter-Phantom Ratio and its Application to Irregular Field Dosimetry at 8MV |
| Q69377760 | The Distribution of Scattered Electrons From an 8 MeV Linear Accelerator |
| Q67984669 | The EORTC hyperfractionation trial |
| Q54531038 | The Effect of Divided Doses of X-rays on the Regrowth of Hair in the Mouse |
| Q52937255 | The Ellis formula |
| Q53786773 | The Matching of Adjacent Fields in Radiotherapy |
| Q69447199 | The Memorial Implant Dosimetry Automated System |
| Q44004725 | The NSD nomogram for radiotherapy |
| Q54193087 | The Phenomenon of Reoxygenation and Its Implications for Fractionated Radiotherapy |
| Q66949984 | The Quantitative Description of a Radiation Therapy Plan |
| Q67441116 | The Response of a Transplantable Tumor to Fractionated Irradiation: 1. X Rays and the Hypoxic Cell Radiosensitizer Ro-07-0582 |
| Q52882000 | The Total Biological Dose |
| Q52866572 | The Use of Wedge Filters To Improve Dose Distribution With the Partial Rotation Technique |
| Q52415160 | The advantages of absorbed-dose calibration factors |
| Q39205263 | The application of a digital whole body scanner to the dosimetry of intralymphatic32P/131I Lipiodol |
| Q67528853 | The assessment of tumor response to irradiation of lung cancer: continuous versus split-course regimes |
| Q66998603 | The comparisons of the modalities of the irradiation on the radiation therapy by the analysis of the dose spectrum (author's transl) |
| Q67512280 | The concept of target volume of radiotherapy (authors transl) |
| Q93485204 | The development of a program of radiotherapy by means of computerized tomography (author's transl) |
| Q41757229 | The direct use of CT numbers in radiotherapy dosage calculations for inhomogeneous media |
| Q45197373 | The dose-rate effect in interstitial brachytherapy: a controversy resolved |
| Q44673831 | The dose-volume factor in radiotherapy. Significance of the focal or tumor volume for the evaluation of radiotherapeutic effect |
| Q69540659 | The dosimetry of67Ga citrate in man |
| Q33272851 | The effect of patient motion on dose uncertainty in charged particle irradiation for lesions encircling the brain stem or spinal cord |
| Q41727214 | The effect on dosimetry of changing from the lithotomy to the supine position in treating uterine cancer with the Cathetron and external radiotherapy |
| Q41077353 | The effects of varied numbers of dose fractions on the tolerance of normal human skin |
| Q69372639 | The equivalent field method for axial dose determinations in rectangular fields |
| Q45049083 | The evaluation of physical dose distribution of multifield teletherapy treatments with regard to the biological effect (author's transl) |
| Q67396792 | The importance of DQ |
| Q67360151 | The importance of fractionation and serial pauses for the prophylaxis of late radiation damages (author's transl) |
| Q67513335 | The influence of air cavities on the dose distribution of high-energy electron beams |
| Q67509618 | The influence of curved surface of the dose distribution during the irradiation with fast electrons (author's transl) |
| Q68502117 | The linear-quadratic model |
| Q45269803 | The place of ultrasonic tomography in irradiation planning (author's transl) |
| Q69656991 | The postoperative radiotherapy of breast cancer. Studies on optimal dose distribution in irradiation of the thoracic wall through tangenitial fields. II |
| Q41609817 | The potential resolution of a137Cs computerized tomographic scanner for radiotherapy planning |
| Q67600948 | The practical application of computer dosimetry in gynaecological radiotherapy. 1,200 cases studied between 1968 and 1976 of the Gustave-Roussy institute (author's transl) |
| Q67552286 | The re-estimation of absorbed doses of less than 1 rad measured with lithium fluoride thermoluminescent dosemeters |
| Q69809757 | The relative lowering of rectum dose by the use of 137Cs portio plates with deformed isodose run (author's transl) |
| Q52771348 | The response of pig skin to single and fractionated high dose-rate and continuous low dose-rate 137Cs-irradiation-III. Re-evaluation of the CRE system and the TDF system according to the present findings |
| Q47417147 | The significance of patient weight when comparing X-ray room performance against guideline levels of dose |
| Q39941195 | The significance of the time-dose relationship in radiotherapy |
| Q68257657 | The study of dose distribution in radiotherapy using three types of thermoluminescent dosimeters |
| Q48489103 | The therapeutic use of fractionated subtotal body irradiation |
| Q44154131 | The time-dose relationship in therapeutic radiology |
| Q67418168 | The treatment results with split course radiation therapy for lung cancer |
| Q31914809 | The use of computed tomography data for radiotherapy dose calculations |
| Q39504441 | The use of high dose rate endobronchial brachytherapy to palliate symptomatic endobronchial recurrence of previously irradiated bronchogenic carcinoma |
| Q69641616 | The use of lymphography in dose planning and localization method in radiation therapy (author's transl) |
| Q52805956 | The use of photogrammetry in tissue compensator design. Part I: photogrammetric determination of patient topography |
| Q44531463 | The use of photogrammetry in tissue compensator design. Part II: experimental verification of compensator design |
| Q44643050 | The use of precision thermoluminescence dosimetry for intercomparison of absorbed dose |
| Q67389846 | The value of real time ultrasound abdominal scanning |
| Q52921698 | Theoretical Considerations of Dose Rate Factors Influencing Radiation Strategy |
| Q69372394 | Theoretical and experimental depth-dose curves for electrons in the energy range 3–10 MeV |
| Q67358512 | Therapy unit setting calculation |
| Q66962721 | Therapy verification film for field control during cobalt-60 radiotherapy |
| Q67582457 | Thermal and scatter effects on the radiation sensitivity of well chambers used for high dose rate Ir-192 calibrations |
| Q69492865 | Thermal neutron fluxes produced in a tissue-like phatom by irradiation with an epicadium neutron beam of finite diameter |
| Q39618458 | Three-dimensional dose distributions for external beam radiotherapy |
| Q69055670 | Three-dimensional dosimetric phantom by utilization of iodostarch reaction (author's transl) |
| Q44229339 | Three-dimensional viewing of and dosimetric calculations in Au-198 implants of the prostate |
| Q69379062 | Threshold detector measurements with sealed tube DT neutron generators |
| Q41904638 | Time, Dose and Volume Factors in Interstitial Radium Implants of Carcinoma of the Oral Tongue |
| Q68289173 | Time, dose and fractionation in the radiation therapy of cancer. 22nd annual San Francisco Cancer Symposium. San Francisco, Calif., March 7 and 8, 1987. Proceedings |
| Q67560823 | Time-dose factor (TDF) analysis of dose rate effects in permanent implant dosimetry |
| Q67523385 | Tissue heterogeneity in the anterior chest wall and its influence on radiation therapy of the internal mammary lymph nodes |
| Q69378793 | Tissue phantom dosage ratio as parameter for irradiation planning with the 17 mev betatron |
| Q47373213 | Tissue-air ratio, backscatter factor and definition of field size |
| Q41319271 | Tissue-maximum ratios for high-energy x rays |
| Q41122514 | Total body irradiation techniques and dosimetry |
| Q67521567 | Transformation of the Bragg curve into the depth dose distribution of the given form |
| Q69672139 | Transversal tomography and its accuracy in dose planning |
| Q45116238 | Treatment acceleration in radiotherapy: the relative time factors and dose-response slopes for tumours and normal tissues |
| Q26786290 | Treatment of Retinoblastoma: The Role of External Beam Radiotherapy |
| Q40015180 | Treatment of cancer of the pancreas with high energy photons and electrons |
| Q66949007 | Treatment of cervical carcinoma by the afterloading technic (our experiences). Part II. Determination of dosage distribution in the small pelvis |
| Q42115129 | Treatment of local recurrent breast cancer by divided dose electron beam radiation twice a week--effects of radiation and measures to counteract adverse reactions |
| Q69794569 | Treatment planning by computer |
| Q67431626 | Treatment planning method in the use of the TDF biological equivalent concept in fast neutron therapy (author's transl) |
| Q67362066 | Tridimensional irradiation planning with Philips TPS and ultrasound gray-scale tomography in the course of routine work (author's transl) |
| Q52882003 | Tumor and Normal Tissue Response to IrradiationIn Vivo:Variation with Decreasing Dose Rates |
| Q69236754 | Tumor control and pulmonary metastasis in fractionally irradiated transplanted mammary carcinoma in C3H mice |
| Q67768688 | Tumor dose-time-volume |
| Q67039877 | Tumour curability, cellular radiosensitivity and clonogenic cell number |
| Q53769347 | Twice per week treatment versus five times per week. A radiotherapeutic clinical trial |
| Q67600868 | Uncertainty analysis of absorbed dose calculations from thermoluminescence dosimeters |
| Q39709694 | Uniform depth dose distribution for biological irradiation using negative pions |
| Q41465374 | Use of a Programmable Pocket Calculator in Radiotherapy Treatment Planning |
| Q41319199 | Use of a dynamic rangeshifter for modifying the depth-dose distributions of negative pions |
| Q42034622 | Use of auxiliary collimating devices in the treatment for breast cancer with 60Co teletherapy units. I. Dosimetric considerations |
| Q93478315 | Use of axial computer tomography for the establishment of treatment plans in external radiotherapy (author's transl) |
| Q67824253 | Use of axiliary collimating devices in the treatment for breast cancer with 60Co teletherapy units. II. Dose to the skin |
| Q69527830 | Use of compensating filters for equalizing isodoses |
| Q69558384 | Use of optimal planning programs of radiation therapy for lung cancer |
| Q67269194 | Use of the computer in high-energy electron therapy |
| Q66936450 | Utilization of computers for calculation of space distribution of absorbed dose in the use or protective screens in radioisotope teletherapy |
| Q68162220 | Variability of dose specifications in endoluminal brachytherapy |
| Q54355094 | Variation in output with a fixed dose setting on a 4-MV linear accelerator |
| Q47338883 | Variation of exposure rate with field size |
| Q67512518 | Variation of percentage depth dose with beam area of 43 MV roentgen ray beam from a betatron |
| Q32058733 | Variations in Depth-Dose Data Between Open and Wedge Fields for 4-MV X-Rays |
| Q67361436 | Variations in kidney location and consequences for the radiotherapy of kidney neoplasms in the optimization of irradiation planning |
| Q69531486 | Variations of the dose distribution in cyclotelecobalt therapy for 2 eccentric hemirotations as a function of various parameters |
| Q42606942 | Various wedge isodose angles for treatment planning |
| Q46576151 | Verrucous carcinoma of the larynx management by radiotherapy and surgery |
| Q54312207 | Victoreen R-meter Linearity and the Stem/End-Cap Effect |
| Q67551774 | Virtual source distances and field geometry independent output factors for 5-14 MeV electron beams from a Siemens Mevatron M7145 |
| Q44309068 | Visualization of the 3-dimensional dosage distributions in an irradiated object |
| Q54069846 | Wedge filter effects on dosimetric parameters of a linear accelerator |
| Q39629886 | Wedge-shaped dose distributions by computer-controlled collimator motion |
| Q66909919 | Wedged fields of the Philips treatment planning system |
| Q54220495 | X-ray beam uniformity in 250 kV deep therapy units |
| Q69201824 | X-ray treatment of skin neoplasms by means of the fractionation method |
| Q44042208 | Yield of dose absorbed in depth for radiotherapy and radiobiology |
| Q5299253 | dose fractionation | facet of | P1269 |
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