SiGeSn-Nanostructures for Integrated Quantum Well Infrared Photodetectors

项目来源

德(略)基(略)F(略)

项目主持人

K(略) (略)c(略)

项目受资助机构

I(略)G(略),(略)o(略)i(略) (略) (略)h(略)r(略)m(略)e(略)c(略)l(略)r(略)c(略)L(略)n(略)I(略)i(略) (略) (略)o(略)i(略)M(略)o(略)k(略)n(略)

立项年度

2(略)

立项时间

未(略)

项目编号

3(略)1(略)4

项目级别

国(略)

研究期限

未(略) (略)

受资助金额

0(略)欧(略)

学科

E(略)t(略)i(略)e(略)o(略)c(略)s(略)m(略)e(略) (略) (略)c(略)s(略)t(略)a(略) (略)t(略),(略)s(略)T(略)n(略)g(略)h(略)e(略)a(略)l(略)r(略)l(略)g(略)e(略)g

学科代码

未(略)

基金类别

R(略)a(略) (略)n(略)

关键词

未(略)

参与者

P(略)e(略)r(略)I(略) (略)c(略);(略)i(略)p(略)o(略)s(略)c(略)i(略)n(略)C(略)l(略)i

参与机构

未(略)

项目标书摘要:Th(略)oal is th(略)on and ch(略)ion of CM(略)le quantu(略)ared phot(略)based on (略)Sn hetero(略)operating(略)-infrared(略)frared wa(略)nges with(略)pplicatio(略)ption-bas(略)ing and i(略)ious work(略)V based q(略) infrared(略)tors focu(略)izing SiG(略)ntum well(略),however,(略)sponse ca(略)e with co(略)vices bas(略) heterost(略)ntum well(略)ting the (略)ical para(略)ility of (略) alloy Si(略)end to ex(略)tential o(略)based det(略)emonstrat(略)ell infra(略)tectors w(略)ufacturin(略)t can be (略)directly (略)ignal con(略)ircuits f(略)lopment o(略)pact inte(略)ing solut(略)s end,we (略)erimental(略)ate relev(略)l propert(略) bandgap (略)fsets of (略) alloys,w(略)e,are not(略)ly unders(略) realizat(略)en be bas(略)etical mo(略) experime(略)rom mater(略)to the de(略)ation pro(略)

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  • 1. „CompositionanalysisandtransitionenergiesofultrathinSn-richGeSnquantumwells“,PhysicalReviewMaterials4(2020)024601

  • 2.2020 Final Report

    • 2020年
    • 报告

    In this joint German-Ukrainian project,the solvability and well-posedness of a large class of partial differential equations are studied.More precisely,we investigate elliptic equations in bounded domains with appropriate conditions on the boundary of the domain-this class of problems appearing in many applications from physics and engineering.Under standard assumptions,one can prove regularity properties of the solution and uniform estimates,showing continuous dependence of the solution on the data.While elliptic theory is a classical field in partial differential equations,the novelty of this project lies in the choice of the spaces for the solution and the data:we consider so-called Hörmander spaces,which form a refined scale of solution spaces compared to the more classical choice of Sobolev spaces.The focus of this project lies in Hormander spaces of low(and negative)regularity.In this way,one can include irregular source terms and random effects,in particular noise terms which affect the system on the boundary.The connection between Hörmander spaces and the regularity of white noise was surprising and could lead to a better understanding of the paths of white noise.This project also gives some contribution to the interpolation of Hilbert spaces,an abstract method from functional analysis which is useful in the investigation of partial differential equations.

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