Fundamental research in homogeneous catalysis
著者
書誌事項
Fundamental research in homogeneous catalysis
Plenum Press, c1977-
- v. 1
- v. 2
- v. 3
- v. 4
大学図書館所蔵 件 / 全20件
-
v. 1B-11:T4-1:11000080224,
v. 2B-11:T4-1:21000080232, v. 3B-11:T4-1:31000080240, v. 4B-11:G3-1:41000079481 -
v. 1431.33||I 57||100219031,
v. 2431.33||I 57||200219032, v. 3431.33||I 57||300219033 -
v. 1dc19:541.3/f9627820060045,
v. 2dc19:541.3/f9627820068614, v. 3dc19:541.3/f9627820071618, v. 4dc19:541.3/f9627820087732 -
該当する所蔵館はありません
- すべての絞り込み条件を解除する
注記
vol. 1 unnumbered
vol. 2 ed. by Yoshio Ishii and Minoru Tsutsui
vol. 3 ed. by Minoru Tsutsui
vol. 4 ed. by Mauro Graziani and Matteo Giongo
Includes bibliographical references and indexes
内容説明・目次
内容説明
During the 70's it has become drastically apparent that our natural resources, including energy, are not in unlimited supply. This realization is strongly felt in the economic turmoil that is occurring, but its effects will penetrate into other areas, even causing moderate social changes. Chemists playa major role in coverting the world's natural resources into products. The public consumes these products and now depends upon them to keep the high standard of living to which they have become accustomed. This topic could easily be expounded into a whole article, but it is sufficent to say that almost everything-from the use of lightweight, strong polymers which are replacing the use of metals in today's automobiles, to the curing of diseases with asymetrically synthesized drugs-is related to the endeavors of chemistry. Catalysts have played a major role in transforming resources to useful products. Since a catalyst lowers the activation energy required for a particular reaction, and often for only one specific pathway where normally many exist, it is not surprising within the extant climate that researchers are now increasing their efforts and focusing their priorities on improving and discovering more efficient and selective catalysts.
目次
Keynote Lecture.- Mechanism and Theoretical Treatises.- Invited Papers.- Contributed Papers.- Activation of Small Molecules.- Invited Papers.- Contributed Papers: Carbon Monoxide and Carbon Dioxide.- Contributed Papers: Hydrocarbons, Polymerixation and Methatesis.- Contributed Papers: Oxidation.- Contributed Papers: Reduction.- Metal Cluster Catalysis.- Invited Papers.- Asymmetric Catalysis.- Invited Papers.- Contributed Papers.- Hybrid (Anchored or Immobolized) Catalysts.- Invited Papers.- Contributed Papers.- Biomemetic Catalysis.- Invited Papers.- Contributed Papers.- Photocatalysis.- Invited Papers.- Contributed Papers.- Organic Synthesis via Homogeneous Catalysts.- Invited Papers.- Contributed Papers.- Catalyst Synthesis and Characterization.- Contributed Papers.- Contributed Paper: General.
「Nielsen BookData」 より
