[go: up one dir, main page]
More Web Proxy on the site http://driver.im/

Palmisano et al., 1976 - Google Patents

Particulate Silicone Rubber: An Effective, Removable Encapsulant for Electronic Packaging

Palmisano et al., 1976

View HTML
Document ID
4060025625700504624
Author
Palmisano R
Neily D
Publication year
Publication venue
Shock and.. Vibration Bulletin

External Links

Snippet

Epoxies and foamed polyurethanes are widely used, effective encapsulants for electronic circuits (1). When molded around circuit board assemblies and allowed to cure to a rigid state, they offer effective protection in shock and vibration environments by limiting …
Continue reading at books.google.com (HTML) (other versions)

Similar Documents

Publication Publication Date Title
Dillon The energetics of overturning structures: Implications for the theory of fossil turbulence
Newton Fragility assessment theory and test procedure
Ganeriwala et al. Fourier transform mechanical analysis for determining the nonlinear viscoelastic properties of polymers
US4118861A (en) Removable encapsulant for protection of electronic equipment
Palmisano et al. Particulate Silicone Rubber: An Effective, Removable Encapsulant for Electronic Packaging
Datta et al. Response of articulated tower platforms to random wind and wave forces
Oyadiji Applications of electro-rheological fluids for constrained layer damping treatment of structures
US7099157B2 (en) Retaining and heat dissipating structure for electronic equipment
US6199701B1 (en) Structure and a method for housing equipment pieces in space vehicles such as telecommunication satellites
US7345845B2 (en) Fluid damping structure for hard disk drives and vibration sensitive electronic devices
Woolam A study of the dynamics of low energy cushioning materials using scale models
JPH0680913B2 (en) Circuit board package structure to withstand very high acceleration
Akiyama et al. Vibrated beds of wet particles
CN115552144A (en) Floating body type shock insulation system
RU2302091C2 (en) Device for protection from mechanical effects
Wai et al. Temperature effects on strength and deformation behaviour of rocks in Southern Ontario
Bratu Rheological model of the neoprene elements used for base isolation against seismic actions
Hakala Resistance of a granular medium to normal impact of a rigid projectile
O'Bryan et al. Limited investigation of crushable structures for acceleration protection of occupants of vehicles at low impact speeds
Stofan et al. Experimental Damping of Liquid Oscillations in a Spherical Tank by Positive-Expulsion Bags and Diaphragms
PACHPORE et al. Development Of Transportation Methodology By Predicting Dynamic Behavior Of Container For Safe Transportation
Brooks et al. A versatile drop test procedure for the simulation of impact environments
Pal et al. Finite element dynamic analysis of submerged laminated composite plates
Woolam A Method of Improving the Dynamic Properties of a Plastic Foam Packaging System
Herbst et al. The Application of Fluidlastic® Isolators on Turbofan Engines