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Plasma-etched

Sugawara M 1998 Plasma Etching Fundamentals and Applications (New York Oxford University Press)... [Pg.954]

Figure C2.13.5. Schematic illustrations of isotropic etching by a neutral gas and anisotropic plasma etching. Figure C2.13.5. Schematic illustrations of isotropic etching by a neutral gas and anisotropic plasma etching.
Figure C2.18.3. Relationship between ion-assisted etching and directionality in plasma etching, (a) Demonstration of the synergy between ion bombardment and reactive species during ion-assisted etching, (b) Ions incident on an etched feature. This situation prevails in glow discharges when the feature dimensions are much less than the plasma sheath thickness. Reproduced from [35]... Figure C2.18.3. Relationship between ion-assisted etching and directionality in plasma etching, (a) Demonstration of the synergy between ion bombardment and reactive species during ion-assisted etching, (b) Ions incident on an etched feature. This situation prevails in glow discharges when the feature dimensions are much less than the plasma sheath thickness. Reproduced from [35]...
Coburn J W and Winters H F 1979 Ion- and electron-assisted gas-surface chemistry—an important effect in plasma etching J. Appl. Phys. 50 3189-96... [Pg.2940]

Chang J P, Arnold J C, Zau G C H, Shin H-S and Sawin H H 1997 Kinetic study of low energy ion-enhanced plasma etching of polysilicon with atomic/molecular chlorine J. Vac. Sc/. Technol. A 15 1853-63... [Pg.2941]

Incorporation of cyclic aliphatic (aUcycHc) side groups markedly improves the plasma etch resistance of acryhc polymers, without reduciag optical transparency at 193 nm (91). Figure 32 presents stmctures of some acryhc polymers currendy under study for use ia 193-nm CA resists (92—94). Recendy, polymers with main-chain aUcycHc stmctures have been described that offer similar properties (95,96). [Pg.130]

Plasma etching is widely used in semiconductor device manufacturing to etch patterns in thin layers of polycrystaUine siUcon often used for metal oxide semiconductor (MOS) device gates and interconnects (see Plasma TECHNOLOGY). [Pg.526]

The distribution of impurities over a flat sihcon surface can be measured by autoradiography or by scanning the surface using any of the methods appropriate for trace impurity detection (see Trace and residue analysis). Depth measurements can be made by combining any of the above measurements with the repeated removal of thin layers of sihcon, either by wet etching, plasma etching, or sputtering. Care must be taken, however, to ensure that the material removal method does not contaminate the sihcon surface. [Pg.526]

Surface treatment of the composite can have a significant effect on adhesion. Surface treatment enhances one or more of the mechanisms described previously. Wu et al. [15] studied the effects of surface treatment on adhesive bonding for AS-4/APC-2 laminates. They found that the greatest bond strength was achieved from acid etching and plasma etching the composite surface. Table 1 summarizes the various surface treatments that were evaluated. [Pg.1011]


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Aluminum alloys, plasma etching

Argon plasma etched

Argon plasma etching

Electron lines plasma etching

Etch plasma

Etch plasma

Etch process, plasma-assisted

Etching in oxygen plasma

Etching liquid plasma

Etching plasma processes, description

Etching plasma-etched surface

Fluorocarbon plasma , etching

Glass fibers plasma etching

Inductively coupled plasma etch

Inductively coupled plasma reactive ion etching

Ion/plasma etching

Mechanisms in Plasma Etching

Non-Thermal Plasma Etching of Polymer Materials

Oxygen plasma etched

Oxygen plasma etching

Pattern delineation, plasma etching

Plasma Etching of Aluminum

Plasma Etching of Refractory Metals and Semiconductors

Plasma and ion etching

Plasma dry etching

Plasma etch process

Plasma etching

Plasma etching

Plasma etching anisotropic

Plasma etching characterization

Plasma etching chemical models

Plasma etching composites

Plasma etching composition

Plasma etching description

Plasma etching discussion

Plasma etching loading effects

Plasma etching metals

Plasma etching parameters

Plasma etching process

Plasma etching process considerations

Plasma etching reactors

Plasma etching resist

Plasma etching safety

Plasma etching selectivity

Plasma etching selectivity ratio

Plasma etching spectroscopy

Plasma etching surfaces exposed

Plasma etching temperature dependence

Plasma etching/cleaning

Plasma treatments etching effect

Plasma-Chemical Etching Mechanisms and Kinetics

Plasma-enhanced etching

Plasma-enhanced etching discharge

Plasma-etched surface

Platinum plasma etching

Radiation effects, plasma etching

Resist with good plasma etch resistance

Resistance, plasma etch, research

Scanning electron microscop plasma etching

Semiconductors plasma etching

Silicon dioxide, plasma etching

Silicon plasma etching

Specific Plasma-Chemical Etching Processes

Surfaces plasma etching

Time-Multiplexed Plasma Etching

Vacuum plasma etching

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