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Peter J Klavins

from El Dorado Hills, CA
Age ~30
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Related to:
Jerry J Hoffmann, 57Ellen F Baldwin, 77Jamal M Salahat, 60Maura C Klavins, 64Maris H Klavins, 66Natalie M Klavins, 32
Connected to:
Dainis Klavins, 90Melissa Klavins, 50Evan A Klavon, 42Matthew A Klavon, 61Melissa D Klavon, 46Faye L Klavonick, 78Katherine E Klavsout, 44Alan J Klawans, 92Bess C Klawansky, 74Stuart L Klawans, 74

Peter Klavins Phones & Addresses

  • El Dorado Hills, CA
  • Raleigh, NC
  • Rncho Cordova, CA
  • El Dorado Hls, CA

Work

Company: Lawn service - Raleigh, NC Jun 2013 Position: Cashier

Education

School / High School: Leesville Road High School- Raleigh, NC 2012 Specialities: High School Diploma

Resumes

Resumes

Peter Klavins Photo 1

Specialist At Uc Davis Physics Department

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Position:
Specialist at UC Davis Physics Department
Location:
Sacramento, California Area
Industry:
Research
Work:
UC Davis Physics Department
Specialist
Peter Klavins Photo 2

Peter Klavins Gold River, CA

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Work:
Lawn Service
Raleigh, NC
Jun 2013 to Dec 2013
Cashier
Brasa
Raleigh, NC
Aug 2011 to Aug 2012
Server
Hilkers Cleaners
Raleigh, NC
May 2011 to Aug 2011
Server Assistant
Education:
Leesville Road High School
Raleigh, NC
2012
High School Diploma
East Carolina University
Greenville, NC
BBA in Business
Peter Klavins Photo 3

Peter Klavins

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Publications

Us Patents

Synthesis Of Libc And Hole-Doped Li1-Xbc

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US Patent:
20060237692, Oct 26, 2006
Filed:
Nov 19, 2003
Appl. No.:
10/718491
Inventors:
Kai Liu - Davis CA, US
Peter Klavins - Davis CA, US
Limin Zhao - Davis CA, US
International Classification:
H01B 1/00
US Classification:
252500000
Abstract:
Methods are described for synthesizing stoichiometric LiBC and hole doped LiBC (lithium borocarbide) according to heating processes, such as by both an arc-melting method and a sealed tantalum ampoule method. - The arc-melting method requires forming a pellet of uniformly-mixed elemental lithium, boron, and graphite and subjecting it to an arc-melt process sufficient to trigger a self-propagating exothermic reaction. Alternatively, the titanium ampoule method requires sealing uniformly-mixed elemental lithium, boron, and graphite (Li—B—C) in a tantalum ampoule; and heating under sufficient temperature for a sufficient period of time. Hole-doped LiBC (0≦x≦0.37) can then be produced, such as through vacuum de-intercalation from the LiBC. According to the present invention, the hexagonal crystal lattice remains largely intact, with only slight decreases in lattice parameters upon hole-doping. The samples are intrinsically diamagnetic and are semiconducting in the 2 K to 300 K range studied.
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Peter J Klavins from El Dorado Hills, CA, age ~30 Get Report