A simple clinical method for the calculation of central-axis dose for mantle and other irregular fields.
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Computers↗
Biomedical subjects
J W Hilbert
Publications and source records attributed to J W Hilbert.
Fractionated intracavitary radiation therapy with the brachytron: general techniques and preliminary results in the treatment of cervix cancer.
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Brain Neoplasms↗
Frequency distributions of energy deposition by 44 MeV protons at bone-soft tissue interfaces.
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Bone and Bones↗
Frequency distributions of energy loss by fast charged particles after passage through large thicknesses of tissue-equivalent materials.
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Americium↗
Therapy using a new remote-controlled high-intensity afterloading device.
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Carcinoma↗
Changes in the frequency distribution of energy deposited in short pathlengths as a function of energy degradation of the primary beam.
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Carbon Dioxide↗
Microdosimetry of charged particles in low atomic number materials.
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Methods↗
Use of the Blunck-Leisegang energy-loss theory in correlating radiobiological effects.
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Models, Theoretical↗
Energy deposition in microscopic volumes by high-energy protons.
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Energy Transfer↗
A direct reading intracavitary dosimeter for use in radium therapy.
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Catheterization↗
High-energy proton depth-dose patterns.
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Models, Biological↗
The response of p-i-n junctions to beta rays. II. Count rate versus surface absorbed dose rate for phosphorus-32 and thallium-204.
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Humans↗
The response of p-i-n junctions to low-energy beta ray emitters.
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Lithium↗
Radiation exposure to personnel working in nuclear medicine facilities.
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Environmental Exposure↗