[An easily practicable method for absolute determination of electron energies up to more than 40 mev using the cerenkov effect (author's transl)].
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Electrons↗
Biomedical subjects
J Rassow
Publications and source records attributed to J Rassow.
[Radiological determination of bone mineral content in vivo. Report on a working convention of the German Roentgen Society, 11, 24, 1974 in Erlangen].
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Absorptiometry, Photon↗
[Dosimetry and irradiation methods in electron therapy].
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Cobalt Radioisotopes↗
[Systematic errors during radiological determinations of bone mineral content (author's transl)].
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Absorptiometry, Photon↗
[Deep electron therapy using pendulum irradiation. VII. Dosimetry and example for application of telecentric pendulum irradiation with electrons of 5-10 MeV (shell irradiation) under changing focus-skin distance].
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Humans↗
[Measurement of electron dose distribution using films and TLD-detectors under obliquely incedent rays and on nonhomogeneous models].
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Dose-Response Relationship, Radiation↗
Comparisons of 10-40 MeV electron and x-radiation dosimetry methods.
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Absorption↗
[Quantitative analysis of mineral salts in the skeleton using a two-isotope method].
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Adult↗
[Experiences with 43 MeV betatron in the radiotherapy of abdominal neoplasms with special reference to ovarian and bladder neoplasms].
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Female↗
[Experiences with 43 MeV betatron in the radiotherapy of abdominal neoplasms with special reference to ovarian and bladder neoplasms].
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Female↗
[Deep electron therapy using pendulum irradiation. VI. Radiotherapy of kidney neoplasms with fast electrons and 42 MV deceleration rays. Methods and experiences].
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Aged↗
[Film dosimetry of high-energy rays. V. Energy and phantom depth dependence of the film sensitivity for high-energy photon and electron rays during exposition parallel to the direction of incidence].
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Humans↗
[Basic principles of percutaneous radiotherapy in cervical lymph node metastases].
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Carcinoma, Squamous Cell↗
[Film dosimetry of high-energy rays. IV. Energy and phantom-depth dependence of the film sensitivity for energy-rich photons and electron rays in the exposition vertically to the direction of irradiation].
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Models, Biological↗
[Film dosimetry of high-energy rays. 3. A film dosimetric standardization procedure particularly applicable to radiation therapy, which makes possible the empiric consideration of the influence of the radioenergy spectrum, independent of the development and form of the blackening curve].
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Cobalt Isotopes↗
[Electron deep therapy using pendulum irradiation. V. Application of the telecentric small angle pendulum technic in radiotherapy of abdominal tumors].
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Abdominal Neoplasms↗
[Film-dosimetry of energy-rich rays. II. Criteria for optimation and demands concerning the tolerances of developmental conditions in film dosimetry].
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Radiation Monitoring↗
[Depth electron therapy by pendulum irradiation. IV. A new telecentric small-angle pendulum technic, specific for high-energy undispersed electrons].
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Humans↗