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The solution structure of eglin c based on measurements of many NOEs and coupling constants and its comparison with X‐ray structures

Sven G. Hyberts、Matthew S. Goldberg、Timothy F. Havel 等 4 位作者1992-06-01Protein Science

A high-precision solution structure of the elastase inhibitor eglin c was determined by NMR and distance geometry calculations. A large set of 947 nuclear Overhauser (NOE) distance constraints was identified, 417 of which were quantified from two-dimensional NOE spectra at short mixing times. In addition, a large numb…

Enzyme Structure and FunctionProtein Structure and DynamicsPlant biochemistry and biosynthesis

Pulsed laser deposition of diamond-like carbon films

David L. Pappas、K. L. Saenger、J. Bruley 等 7 位作者1992-06-01Journal of Applied Physics

Carbon thin films have been prepared by 248 nm excimer laser vaporization of graphite targets. The effect of a variety of process parameters on the film properties is investigated. Deposition at or below room temperature yields diamond-like films with low hydrogen content, high optical transmission, and high resistivi…

Ion-surface interactions and analysisLaser-induced spectroscopy and plasmaDiamond and Carbon-based Materials Research

Noticias

Equipo Editorial1992-06-01Materiales de Construccion

El envejecimiento de las pastas de cemento reforzadas con fibras de vidrio

M. L. Sánchez Paradela、A. del Águila1992-06-01Materiales de Construccion

Cement pastes reinforced with glassfibre, popularly called GRC ("Glassfibre Reinforced Cements") are compound materials which have been widely used in the construction field for the last 30 years. Their good mechanical properties, lightness and resistance to corrosion and fire make them suitable in the process of repl…

Editorial

Equipo Editorial1992-06-01Materiales de Construccion

Titelei

作者信息未提供1992-06-01Applied Rheology

Macroscopical morphology of deterioration of the stone used in the cathedral whole of Granada/Spain

M. Alcalde、L. Martin、M. A. Bello 等 4 位作者1992-06-01Materiales de Construccion

The main factors of deterioration that affect the Cathedral Whole of Granada are one of natural thermic origin due to the low temperatures during the winters and the higher thermic oscillations and those of anthropogenical origin: fundamentally the oxidation of metallic elements and atmospheric pollution due to burnt…