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The Complete Bound Spectrum Of The Negative Hydrogen Ion
Ever since the existence of a bound state of Hydrogen was discovered, it has been uncertain whether any other bound states existed. In addition to its importance in astrophysics this question has also come up in discussions of the scattering of electrons from hydrogen. To settle this problem it is necessary to calculate lower bounds for the eigenvalues of the Schrodinger equation. A simple calculation has been carried out for the problem of the negative hydrogen ion.
Date:
September 1960
Creator:
Schwartz, Charles
System:
The UNT Digital Library
Current Status Of Curium Inhalation Exposures In Humans
An incident is described concerning a curium accelerator target aerolized by explosion. Management of the spill, sampling, particle sizing, and medical findings are presented. Seven of the 27 persons present showed low levels of curium excretion. The data from this incident were compared with those from three other inhalation exposures to curium compounds at Lawrence Laboratory.
Date:
September 1960
Creator:
Parker, Howard G.; Thaxter, Myron D. & Biggs, Max W.
System:
The UNT Digital Library
The Statistical Geometry Of Bubble Tracks
An exact treatment of the structure of tracks in nuclear research emulsion recently was attempted with some success. Many of the proofs also appear to be generally valid for bubble tracks in Wilson chambers. This is a summary of the results that are applicable to tracks of charged particles in bubble chambers.
Date:
September 28, 1960
Creator:
Barkas, Walter H. (Walter Henry), 1912-1969
System:
The UNT Digital Library
Vibrational States Of The HD⁺ And HT⁺ Ions
The vibrational eigenvalues belonging to the ground electronic state of the HD<sup>+ and HT<sup>+ ions have been calculated. These calculations have been done for the J = 0 rotational state and neglecting the dynamic corrections to the potential. For the HD<sup>+ ion we find twenty-two bound states, and for the HT<sup>+ ion twenty three bound states.
Date:
September 29, 1960
Creator:
Cohen, Stanley; Hiskes, John R. & Ridell, Robert J., Jr.
System:
The UNT Digital Library