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Dive into the research topics where Mikhail R. Levit is active.

Publication


Featured researches published by Mikhail R. Levit.


electrical insulation conference | 2014

Development of a new solid insulation for liquid-immersed transformers

B. S. Kang; Mikhail R. Levit; R. P. Marek; R. C. Wicks; R. L. Provost

DuPont Nomex® 910 engineered cellulose insulation is a new unique, solid insulation material composed of high quality electrical grade cellulose pulp and web like binders made from high-temperature aramid polymer. The technical feasibility of this new generation paper has been investigated, resulting in a paper composed of high quality aramid fibrid rather than synthetic fiber and binder, with a multi-ply construction of cellulose and aramid. The combination is also economically advantageous. Initial performance testing with pilot plant size paper shows thermal capabilities of at least 10°C above the incumbent thermally upgraded kraft cellulose paper, raising hot spot operating temperatures of a transformer up to 120°C. This paper is expected to be launched as a key player in liquid-immersed transformer applications for interlayer insulation in distribution and turn insulation in small power transformers.


Archive | 2004

Porous fibrous sheets of nanofibers

Ioannis V. Bletsos; Joseph Robert Guckert; Mikhail R. Levit; David Carl Roberts


Archive | 2005

Sheet material especially useful for circuit boards

Michael R. Samuels; Subhotosh Khan; Mikhail R. Levit


Archive | 2006

Para-aramid pulp including meta-aramid fibrids and processes of making same

Mikhail R. Levit; Achim Amma


Archive | 2003

Mica sheet and tape

Mikhail R. Levit; Laurence N. Bascom


Archive | 2006

Processes for making shaped honeycomb and honeycombs made thereby

Subhotosh Khan; Gary Lee Hendren; Mikhail R. Levit


Archive | 2005

Aramid paper blend

Mikhail R. Levit


Archive | 2012

LAMINATES USEFUL FOR ELECTRICAL INSULATION

Byoung Sam Kang; Mikhail R. Levit; Jean Claude Duart; Serge Rebouillat


Archive | 2006

HONEYCOMB FROM PAPER HAVING FLAME RETARDANT THERMOPLASTIC BINDER

Gary Lee Hendren; Subhotosh Khan; Mikhail R. Levit


Archive | 2008

Papers containing fibrids derived from diamino diphenyl sulfone

Mikhail R. Levit; Vlodek Gabara; Gary Lee Hendren

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