A review of the alkali metal Rankine technology program.
Alkali metal Rankine turbogenerator program for space power supplies, discussing power plant design, nuclear reactor, radiator materials, etc
Manson, S. V.↗
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Electrochemical data. Part 10 - Electrolytic conductivity of aqueous solutions of the alkali metal hydroxides
Electrolytic conductivity data for aqueous solutions of alkali metal hydroxides
De Wane, H. J.↗
Hydration, oxidation, and the origin of the calc-alkali series
Hydration, oxidation, and origin of calc-alkali differentiation series of igneous rocks
Mueller, R. F.↗
Vacuum distillation technique for recovery of alkali-metal reaction products.
Vacuum distillation technique for isolation and recovery of alkali metal reaction products with Ta, Ni, V and oxygen
Gahn, R. F.↗
Electron-ion interaction and the Fermi surfaces of the alkali metals.
Fermi surface data of alkali metals interpreted in terms of interaction between conduction electrons and ionic lattice for deducing partial wave phase shifts
Lee, M. J. G.↗
Some alkali metal corrosion effects in a Rankine cycle test loop
Rankine cycle two loop Li boiling Ka facility for nuclear turboplant simulation, studying alkali metal corrosion for operation with and without hot traps
Phillips, W. M.↗
Photoionization and ionization of the alkali metals
Alkali metals ionization by photons and atomic projectiles, discussing results in first Born approximation
Mcdowell, M. R. C.↗
Analytical test apparatus and method for determining oxide content of alkali metal Patent
Analytical test apparatus and method for determining oxygen content in alkali liquid metal
Dupraw, W. A.↗
Alkali metal silicate protective coating Patent
Composition and production method of alkali metal silicate paint with ultraviolet reflection properties
Schutt, J. B.↗
Refractory metal valves for 1900 deg F service in alkali metal systems
Evaluation of refractory metal alloy metering and isolation valves for alkali metal service at 1900 F
Harrison, R. W.↗
Rare earth, alkaline and alkali metal and Sr 87/Sr 86 data for subsamples of lunar sample 12013
Apollo 12 lunar rock 12013 rare earth, alkaline and alkali metal and Sr 87/Sr 86 data, discussing light and dark component composition
Gast, P. W.↗
Contact potential measurements of the adsorption of alkali metals on Ta/110/ and W/100/ crystals
Contact potential measurements of work function dependence on adsorption of alkali metals on Ta/110/ and W/100/ crystals under ultrahigh vacuum
Fehrs, D. L.↗
Electron impact excitation rate coefficients for hydrogen, helium and alkali atoms
Electron impact excitation rates of bound electronic states of hydrogen, helium and alkali atoms
Park, C.↗
Solvation of alkali metal perchlorates in water
Crystal lattice energies of solvation of alkali metal perchlorate in water
Salomon, M.↗
Partitioning of rare earth, alkali and alkaline earth elements between phenocrysts and acidic igneous magma
Rare earth, alkali and alkaline earth elements content of phenocrysts and acidic igneous magma
Nagasawa, H.↗
Vaporization from heated lunar samples and the investigation of lunar erosion by volatilized alkalis
Alkali metals vaporization from heated lunar samples, suggesting lunar rock erosion by localized heating due to volcanism or meteorite impact
Derby, J. V.↗
Alkali, alkaline earth, and rare-earth element concentrations in some Apollo 12 soils, rocks, and separated phases
Apollo 12 lunar soils, rocks and core samples, determining rare earth, alkali and alkaline earth elements concentrations
Philpotts, J. A.↗
Superconductivity in the alkali metal intercalates of molybdenum disulphide
The complete series of alkali metals, lithium through cesium, have been intercalated into molybdenum disulphide, using both the liquid ammonia and vapor techniques. All the intercalates with the exception of lithium yielded full superconducting transitions with onset temperatures of 6 K for AxMoS2(Ax=K,Rb,Cs) and 4 K for BxMoS2(Bx=Li,Na). The superconducting transition for lithium was incomplete down to 1.5 K. Stoichiometries and unit cell parameters have been determined for the intercalation compounds. Both rhombohedral and hexagonal polymorphs of MoS2 have been intercalated and found to exhibit the same superconductivity behavior. The nature of the extraneous superconducting transition of some intercalated samples on exposure to air was elucidated.
Somoano, R. B.↗