Johnson solid

M. Quibell, L.C. Packman, T. Johnson, Solid-phase assembly of backbone amide-protected peptide segments an efficient and reliable strategy for the synthesis of small proteins, J. Am. Chem. Soc., Perkin Trans. 1 1996, 1, 1227. 

Surface cracking in gold-silicon alloys, A. A. Johnson and D. N. Johnson, Solid State Electronics, 27, 1107-1109. 

Lavrich D J, Buntine M A, Serxner D and Johnson M A 1995 Excess energy-dependent photodissociation probabilities for Ot in water clusters O, I 1i S 3J. Rhys. C Solid State Rhys. 99 8453-7... 

Johnson K L, Kendall K and Roberts A D 1971 Surface energy and the contact of elastic solids Proc. R. Soc. A 324 301... 

Doverspike M A, Liu S B, Ennis P, Johnson T, Conrad M S, Luszczynski Kand Norberg R E 1986 NMR in high-pressure phases of solid ammonia and ammonia-d, Phys. Rev. B 33 14... 

Ott A W, Kiaus J W, Johnson J M and George S M 1997 Ai203 thin fiim growth on Si(IOO) using binary reaction sequence chemistry Thin Solid Films 292 135-44... 

L. Johnson and W. Sade, Proceedings of the 18th Waterborne, Higher Solids, Powder Coating Symposium, pp. 65—77. 

A. E. Cassel and B. P. Johnson, Evaluation of Devices for Producing High Solids Sludge Cake, NTIS Report No. PB80-111503, National Technical Information Service, Washington, D.C., 1980. 

J.N. Johnson, Wave Velocities in Shock-Compressed Cubic and Hexagonal Single Crystals Above the Elastic Limit, J. Phys. Chem. Solids 35, 609-616 (1974). 

Johnson, W.L. (1996) Current Opinion in Solid State and Materials Science, vol. 1, p. 383. 

The surfaces of all materials interact through van der Waals interactions and other interactions. These interfacial forces, which are attractive in most cases, result in the deformation of the solid bodies in contact. In practice, the radius of the contact zone is higher than the radius predicted by the Hertzian theory (Eq. 7). Johnson et al. [6] modified the Hertzian theory to account for the interfacial interactions, and developed a new theory of contact mechanics, widely known as the JKR theory. In the following section, we discuss the details of the JKR theory. The details of the derivation may be obtained elsewhere [6,20,21]. 

The stock solutions are ideally prepared from the pure metal or from the pure metal oxide by dissolution in a suitable acid solution the solids used must be of the highest purity, e.g. the Johnson Matthey Specpure range, and the acids should ideally be of Aristar quality supplied by BDH Ltd, Poole, Dorset, UK. 

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