Glow discharge polymer

Decay Rate of Cathodic Plasma Polymer and Glow Discharge Polymer... 

Figure 7.7 Dependence of the ESCA Cis peaks of glow discharge polymers of tetrafluoroethylene on discharge conditions and location of polymer deposition polymer deposition occurred at two locations in the reactor shown in the inset (A) before the radio frequency coil and (B) after the radio frequency coil, discharge power 1.9 x 10 J/kg. Adapted from Ref. 7.

Table 7.17 Infrared Absorption Characteristics of Electrodeless Glow Discharge Polymers... 

First, internal stress is plotted against arbitrarily selected single parameters just as the data in glow discharge polymers were presented. All films prepared by LPCAT showed the same kind of curling force, from which internal stress can be calculated. Figure 11.6 shows the influence of LPCAT operation parameters on... 

The effect of WjFM parameter on the chemical nature of the glow discharge polymer of propylene was studied by means of XPS. Figure 35.8 depicts the... 

Figure 2. Dependence of the ESCA C(ls) peaks of glow discharge polymers of tetrafiuoroethylene on discharge conditions and the location of polymer deposition. Polymer deposits occur at two locations (a) before the rf coil and (h) after rf coil. Discharge power level is 1.9 X 10 J/kg.

Figure 4. ESCA C(ls) peaks of glow discharge polymers of tetrafluoroethylene prepared in the reactor shown in the insert (c) at the end of the glow region, and (d) at the end of the tube in the nonglow region.

Infrared spectra of all glow discharge polymers developed broad absorption bands corresponding to -OH and -i=0 functional groups as storage time elapsed. All polymeric samples, irrespective of the conditions of polymerization showed an increase in mass on exposure to air (which sometimes rises to 25% over a period of 3 months). These results have been discussed in detail elsewhere (20). 

For an excellent review of glow discharge polymers, see Bloor, J, E. J. Radiat. Curing 1974, April. 21. 

The formation of polymeric materials in the plasma state of organic vapor(s) (partially ionized state) is referred to as plasma polymerization, and the resultant materials are plasma polymers. Because the most practical way to create low temperature plasma is to employ an electric glow discharge, the terms glow discharge polymerization and glow discharge polymers are often used synonymously for plasma polymerization and plasma polymers. 

M. Hudis and L.E. Prescott, "Surface crosslinking of polyethylene produced by the ultraviolet radiation from a hydrogen glow discharge," Polym. Letters 10, 179 (1972)... 

Inagaki N, Yasuda H. Adhesion of glow discharge polymers to metals and polymers. J Appl Polym Sci 1981 26 3333-41. 

Radeva, E., Kobev, and Spassov, L. (1992). Study and application of glow discharge polymer layers as humidity sensors. Sensors Actuators B S 21. 

First, there is a definite correlation between the spin concentration measured by ESR and the chemical structure of monomers. Glow discharge polymers of monomers that... 

The aspect of atomic polymerization can be clearly seen in the molecular structural difference of monomers and polymers, but with the glow discharge polymers of hydrocarbons, without appropriate analytical tools, it is difficult to... 

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