Titlebook: Interstitial Intermetallic Alloys; Fernande Grandjean,Gary J. Long,K. H. J. Buschow Book 1995 Springer Science+Business Media Dordrecht 19

清洗

R. Skomski,S. Brennan,S. Wirthrme aufnehmen. Wärme ist Energie, welche — zumindest räumlich begrenzt z.B. über Großstädten — das Klima beeinflussen kann. Verunreinigungen der Luft lassen sich praktisch nur an der Quelle begrenzen. Schadstoffe, einmal an die Luft abgegeben, lassen sich nicht wieder zurückgewinnen.

强壮

节省

首创精神

Fernande Grandjean,Gary J. Longwärme aufnehmen. Wärme ist Energie, welche — zumindest räumlich begrenzt z.B. über Großstädten — das Klima beeinflussen kann. Verunreinigungen der Luft lassen sich praktisch nur an der Quelle begrenzen. Schadstoffe, einmal an die Luft abgegeben, lassen sich nicht wieder zurückgewinnen.

万灵丹

,Mössbauer Spectroscopic Studies of Interstitial Intermetallic Compounds,lysis techniques which may be used to extract the maximum amount of information from complex spectra such as those shown in Figure 1. Finally, the last section will review the application of iron-57 Mössbauer spectroscopy to interstitial materials. Some pertinent studies with the gadolinium-155 Mössbauer isotope will also be discussed.

vector

A Survey of Binary and Ternary Metal Hydride Systems,um on the Properties and Applications of Metal Hydrides. ” These two conferences merged in 1988 when they became the conference on “Metal-Hydrogen Systems—Fundamentals and Applications. ” The proceedings are published as special issues of the . [2] and . [3, 4].

fidelity

你敢命令

Fundamentals of Nuclear Magnetic Resonance,of this chapter is on the NMR of metals, although the early sections are quite general. The high resolution NMR of liquids, a topic of enormous importance in chemistry and biology, is only mentioned in passing.

monologue

Synchronism

Production of Nitrides and Carbides by Gas-Phase Interstitial Modification,tial modification reaction and discuss the site occupancy of the interstitial atoms. We put weight on the interstitial modification of Sm.Fe. by nitrogen and carbon, and discuss phenomena such as nitrogen overloading, macroscopic strain and interatomic interaction.