Investigation of collision probability of electrons and ions with alkali metal atoms semiannual report, oct. 22, 1964 - may 11, 1965
Electron-cesium atom collision and cesium ion-atom collision cross sections
SCATTERING CROSS SECTION↗
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Development of high-temperature, high-current, alkali-metal, vapor-filled ceramic thyratrons and rectifiers quarterly progress report no. 4
Tube diode construction with thoriated tungsten cathode and tubes with barium-system cathodes and with thallium pellets - vapor-filled ceramic thyratons and rectifiers development
RECTIFIER↗
Studies of alkali metal corrosion on materials for advanced space power systems Quarterly progress report no. 4, Mar. 26 - Jun. 26, 1965
Influence of stress on corrosion behavior and mass transfer effect on refractory materials for advanced space power systems
STRESS CORROSION↗
Bromine trifluoride method for oxygen in liquid alkali metals Second quarterly report, 1 Apr. - 30 Jun. 1964
Measuring apparatus for determining oxygen in potassium by bromine trifluoride method
TRIFLUORIDE↗
Studies of alkali metal corrosion on materials for advanced space power systems Quarterly progress report no. 5, Jun. 26 - Sep. 26, 1965
Stress corrosion reflux capsule tests of niobium alloy in potassium
POTASSIUM↗
Instrumentation for evaluating cavitation damage resistance and high frequency fatigue of refractory alloys in high temperature liquid alkali metals
Magnetostriction device for studying cavitation damage resistance and high frequency fatigue of refractory alloys in high temperature liquid sodium
LIQUID SODIUM↗
Solubility studies of ultra pure transition elements in ultra pure alkali metals
Solubility of pure iron, molybdenum, niobium, and tantalum in liquid potassium
SOLUBILITY↗
Synthesis of atactic and stereoregular vinylaromatic polymers and a study of their reactions with alkali metals, part IA SUMMARY report
Synthesis and characterization of vinylaromatic polymers
SYNTHESIS↗
The current state of the art of alkali metal analysis
Laboratory methods to determine quantitative nitrogen, hydrogen, oxygen, and carbon impurities in sodium
SODIUM↗
Solubility and diffusion studies of ultra pure transition elements in ultra pure alkali metals Status summary report
Solution rates of pure iron and molybdenum in liquid potassium
MOLYBDENUM↗
Solubility studies in alkali metals
Solubility parameters for niobium and zirconium in lithium and potassium, and calcium solubility in eutectic sodium potassium alloy
SOLUBILITY↗
A summary of the high temperature alkali metal corrosion program at Brookhaven National Laboratory
Evaluation of refractory alloys for containing liquid and boiling sodium
METAL CORROSION↗
Development of high-temperature, high-current, alkali-metal, vapor-filled, ceramic thyratrons and rectifiers Quarterly progress report
Vapor pressure, anode temperature, and inverse emission effects on thallium filled diode tested with barium cathode
Coolidge, A. W., Jr.↗
Temperature measurement of an alkali metal- seeded plasma in an electric field.
Sodium-potassium seeded argon plasma in electric field measured for electrical conductivity
Chu, T. K.↗
Some alkali metal corrosion effects in a Rankine cycle test loop
Metal corrosion effects in Rankine cycle lithium-boiling potassium test loop simulating working fluids of spacecraft nuclear turboplant propulsion system
Phillips, W. M.↗
Magnetic field effects on superconductivity in alkali metal intercalates of MoS2
The effects of a magnetic field on the superconducting transition in MoS2 intercalated with potassium and sodium were studied. It was found that the potassium intercalated MoS2 has better properties in a magnetic field. In zero magnetic field the transition to superconductivity begins near 6.4 K. Diagrams of the basic circuitry for superconducting transition studies, and charts showing critical magnetic field versus critical temperature for the intercalated MoS2 are included.
Woollam, J. A.↗
Theoretical calculation of plane wave speeds for alkali metals under pressure.
Theoretical calculations of the variation with pressure of small amplitude plane wave speeds are performed for sodium and potassium at zero temperature. The results obtained for wave speeds associated with volume dependent second-order elastic coefficients show better agreement with experimental data than for wave speeds associated with shear dependent coefficients. This result is believed to be due to omission of the band structure correction to the strain energy density.
Eftis, J.↗
Photoabsorption by ground-state alkali-metal atoms.
Principal-series oscillator strengths and ground-state photoionization cross sections are computed for sodium, potassium, rubidium, and cesium. The degree of polarization of the photoelectrons is also predicted for each atom. The core-polarization correction to the dipole transition moment is included in all of the calculations, and the spin-orbit perturbation of valence-p-electron orbitals is included in the calculations of the Rb and Cs oscillator strengths and of all the photoionization cross sections. The results are compared with recent measurements.
Weisheit, J. C.↗