Titlebook: Surface and Colloid Science in Computer Technology; Kashmiri Lal Mittal (senior Institute staff member Book 1987 Plenum Press, New York 19

圓錐體

Interactions between Polyelectrolytes and Oxides in Aqueous Suspensionsis basically “high affinity” type near and below the zero point of charge of α-Al.O. (pH 8.7). A stability map was determined which outlines the critical amount of adsorbed PMAA required to achieve dispersion.

Commonplace

Importance of Interfaces in Microelectronic Device Fabricationortance. Poor photoresist adhesion has been cured by a variety of processes involving (1) double silane promoter applications, (2) plasma treatments, and (3) vapor phase HMDS treatment. Overall, the vapor phase HMDS treatment appears to be the most efficient, and excellent photoresist adhesion test results have been obtained.

不規(guī)則

Radiation Enhanced Adhesion of Thin Filmsbulk chemical affinity or interaction. In this paper, many of these studies are reviewed, with special attention directed to understanding the mechanisms of adhesion enhancement, the effects of interface contaminants, and the scope for future optimization of interface chemistry and bonding.

出沒(méi)

凹室

考古學(xué)

The Relevance of Lewis Acid-Base Chemistry to Surface Interactionseory and related problems in the fields of surface end colloid chemistry. Simple second-order perturbation theory is then used to evaluate the pros and cons of various empirical treatments of Lewis acid-base strengths currently found in the literature and to clarify both their limitations and their

敘述

Surface Charge Characteristics of Chromium (IV) Dioxide in Tetrahydrofuran with Special Reference toidylcholine, and cetyl trimethyl ammonium bromide (CTAB). In sodium perchlorate solutions, CrO. is positively charged; in phosphatidylcholine and CTAB solutions, the charge on the CrO. particles changes from positive to negative as the solute concentration is increased. There seems to exist a good c

Interdict

Interactions between Polyelectrolytes and Oxides in Aqueous Suspensionse adsorption of PMAA on α-Al.O. as controlled by the chemistries of both the α-Al.O. surface and the PMAA. The adsorption behavior of PMAA on α-Al.O. is basically “high affinity” type near and below the zero point of charge of α-Al.O. (pH 8.7). A stability map was determined which outlines the criti