David M. Walba
Lawrence Livermore National Laboratory
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Featured researches published by David M. Walba.
Ferroelectrics | 1991
David M. Walba; M. Blanca Ros; Teresa Sierra; James A. Rego; Noel A. Clark; Renfan Shao; Michael D. Wand; Rohini T. Vohra; Kenneth E. Arnett; Stephan P. Velsco
Abstract We have recently reported the first FLCs designed specifically for large second order nonlinear optical (NLO) susceptibility χ(2); a series of o-nitro-1-methylheptyloxy biphenylbenzoates and phenyl biphenylcarboxylates. Properties of a stable room-temperature C* mixture of two such components (1:1 W316/W317 = MX5679) are presented. The nonlinear susceptibility, as evidenced by the Type 1 eeo deff for second harmonic generation (SHG) from 1,064 nm light for MX5679 is indeed large relative to other FLCs which have been evaluated for χ(2) (deff (ZLI3654) = 0.0016 pm/V, deff (SCE9) = 0.0037 pm/V, deff (MX5679) = 0.16 pm/V). The synthesis and some properties of second-generation FLCs designed for NLO applications is also described.
Archive | 2000
David M. Walba; Daniel J. Dyer; Uwe Müller; P.L.H.M. Cobben; Xin Hua Chen; William N. Thurmes; Michael D. Wand
Archive | 1991
Michael D. Wand; William N. Thurmes; David M. Walba
Archive | 1992
David M. Walba; María Blanca Ros; James A. Rego; Teresa Sierra
Archive | 1990
Michael D. Wand; Rohini T. Vohra; David M. Walba
Archive | 1991
Michael D. Wand; William N. Thurmes; David M. Walba
Archive | 1989
Rohini T. Vohra; David M. Walba; Michael D. Wand
Archive | 1994
Michael D. Wand; Rohini T. Vohra; David M. Walba; Sean D. Monahan
Archive | 1990
Michael D. Wand; Rohini T. Vohra; David M. Walba
Archive | 1993
Michael D. Wand; Rohini R. Vohra; David M. Walba