Lawsone

Jamieson J C, Lawson A W and Nachtreib N D 1959 New device for obtaining X-ray diffraction patterns from substances exposed to high pressures Rev. Sc/, instrum. 30 1016... 

Ma B, Lawson G E, Bunker C E, Kitaygorodskiy A and Sun Y-P 1995 Fuiierene-based maoromoieouies from photoohemioai reaotions of [60]fuiierene and triethyiamine Chem. Phys. Lett. 247 51-6... 

Williams R M, Koeberg M, Lawson J M, An Y-Z, Rubin Y, Paddon-Row M N and Verhoeven J W 1996 Photoinduced electron transfer to Cgg across extended 3- and 11 a-bond hydrocarbon bridges creation of a long-lived charge-separated state J. Org. Chem. 61 5055-62... 

Steadman B L, Thompson K C, MIddaugh C R, Matsuno K, Vrona S, Lawson E Q and Lewis R V 1992 The effects of surface adsorption on the thermal stability of proteins Bioteoh. Bioengng. 40 8-15... 

A. Lawson, A. J. Last, A. S. Desphande, and E. W. Simmons, "Heavy-Duty Tmck Diesel Engine Operation on Unstabihzed Methanol/Diesel Euel Emulsion," SAE Paper 810346, (SP-480) Int. Congress and Expo (Detroit, Mich., Peb. 23—27,1981) Society of Automotive Engineers, Warrendale, Pa. 

High temperature is an important requirement for the attainment of fusion reactions in a plasma. The conditions necessary for extracting as much energy from the plasma as went into it is the Lawson criterion, which states that the product of the ion density and the confinement or reaction time must exceed 10 s/cm in the most favorable cases (173). If the coUisions are sufficiently violent, the Lawson criterion specifies how many of them must occur to break even. Conventional magnetic confinement involves fields of as much as 10 T (10 G) with large (1 m ) plasmas of low densities (<10 particles/cm ) and volumes and reaction times of about 1 s. If the magnetic flux can be compressed to values above 100 T (10 G), then a few cm ... 

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