spin-spin coupling

a r X i v :h e p -p h /9208250v 1 26 A u g 1992PSU/TH/113MAD/PH/709August 1992Spin-Spin Asymmetries in Large Transverse Momentum Higgs Boson Production M.A.Doncheski Department of Physics University of Wisconsin Madison,WI 53706and R.W.Robinett and L.Weinkauf Department of Physics The Pennsylvania State University University Park,PA 16802Abstract We examine the spin-dependence of standard model Higgs boson production at large transverse momentum via the processes gg →gH 0,qg →qH 0,and q

The prospects for probing the spin-d

We present a detailed study of the effects of interface spin-orbit coupling (ISOC) on the critical field behavior of non-centrosymmetric (NCS), ultra-thin superconducting Be/Au bilayers. Parallel field measurements were made in bilayers with Be thicknesses

InterfaceSpin-OrbitCouplinginaNon-centrosymmetricThin-FilmSuperconductor

X.S.WuandP.W.Adams

DepartmentofPhysicsandAstronomy

LouisianaStateUniversity

BatonRouge,Louisiana,70803

arXiv:cond-mat/0509385v2 [cond-mat.supr-con] 19 Sep 2005Y.YangandR.L.McCarleyDepartmentofChemistryan

Control用法

Spin Control用法

1>首先给该控件关联一个变量(Control类型的)m_Spin

2>在使用前先通过属性对话框修改它的部分属性

Alignment 属性共有3个选项Unattached,Left,Right Align,按自己的爱好选一个,决定SPIN是在右边还在左边;

Arrow Key, 设置为TRUE 时,当 FOCUS 在SPIN 上时,可以通过键盘上的上下键对其进行操作,为FALSE时则不可以

Wrap, 设为TRUE 时,当超过范围时,则进行回绕,为FALSE时.......

Auto Buddy,为TRUE 时,它将把它的下一个控件自动设为自己的BUDDY,当为FALSE时我们,可以通过SetBuddy(CWnd*)为其设定一个BUDDY ! SetIntBuddy,设为TRUE时,它将把伙伴控件值设为整数.

3>常用属性

a.设定 / 获取 SPIN的范围

m_Spin.SetRange(short min,short max);

m_Spin.SetRange32(int min,int max);

m_Spin.GetRange(short & min,short & max)

老太太买李子有一天,一位老太太离开家门,拎着篮子去楼下的 菜市场买水果.她来到第一个小贩的水果摊前问道 :"这李子怎么样?" "我的李子又大又甜,特别好吃."小贩回答. 老太太摇了摇头没有买. 她向另外一个小贩走去问道:“你的李子好吃吗?” “我这里是李子专卖,各种各样的李子都有.你要什 么样的李子?" "我要买酸一点的." "我这篮李子酸得咬一口就流口水,你要多少?" "来一斤吧."

老太太买完李子继续在市场中逛,又看到一个小贩 的摊上也有李子,又大又圆非常抢眼,便问水果摊后 小贩:“你的李子多少钱一斤?” “你好,你问那种李子?” “我要酸一点的.” “别人买李子都要又大又甜的,你为什么要酸的李子 呢?” “我儿媳妇要生孩子了,想吃酸的.” “老太太,你对儿媳妇真体贴,她想吃酸的说明她一 定能给生个大胖孙子.你要多少?”(PMP) "我再来一斤.老太太被小贩说得很高兴,便又买了 一斤.

小贩一边称李子一边又问:"你知道孕妇最需要什么营养吗 ?" "不知道" "孕妇特别需要补充维生素.你知道知道哪种水果含维生素 最多吗

By introducing a basis for a novel realization of the SU(4) Lie algebra, we exactly solve a spin-orbital chain with one-ion $L$-$S$ coupling (OILSC) via the Bethe ansatz (BA) approach. In the context of different Land\'e $g$ factors of the spin and orbital

E ectofone-ionL-Scouplingonmagneticpropertiesofacorrelatedspin-orbitsystem

Zu-JianYing1,2,3,Xi-WenGuan4,AngelaFoerster1,ItzhakRoditi3,BinChen2

1.InstitutodeF´ sicadaUFRGS,Av.BentoGon¸calves,9500,PortoAlegre,91501-970,Brasil

2.HangzhouTeachersCollege,Hangzhou310012,C

By introducing a basis for a novel realization of the SU(4) Lie algebra, we exactly solve a spin-orbital chain with one-ion $L$-$S$ coupling (OILSC) via the Bethe ansatz (BA) approach. In the context of different Land\'e $g$ factors of the spin and orbital

E ectofone-ionL-Scouplingonmagneticpropertiesofacorrelatedspin-orbitsystem

Zu-JianYing1,2,3,Xi-WenGuan4,AngelaFoerster1,ItzhakRoditi3,BinChen2

1.InstitutodeF´ sicadaUFRGS,Av.BentoGon¸calves,9500,PortoAlegre,91501-970,Brasil

2.HangzhouTeachersCollege,Hangzhou310012,C

We present an approach to spin dynamics by extending the optical Bloch equations for the driven two-level system to derive microscopic expressions for the transverse and longitudinal spin relaxation times. This is done for the 6-level system of electron an

Amicroscopicapproachtospindynamics:aboutthemeaningofspinrelaxationtimes

C.LechnerandU.R¨ossler

Institutf¨urTheoretischePhysik,Universit¨atRegensburg,D-93040Regensburg(Dated:February2,2008)

arXiv:cond-mat/0412370v1 [cond-mat.other] 14 Dec 2004

Wepresentanapproa

In this introductory review we discuss dynamical tests of the AdS_5 x S^5 string/N=4 super Yang-Mills duality. After a brief introduction to AdS/CFT we argue that semiclassical string energies yield information on the quantum spectrum of the string in the

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aSpinningstringsandintegrablespinchainsintheAdS/CFTcorrespondenceJanPlefkaMax-Planck-Institutf¨urGravitationsphysik(Albert-Einstein-Institut)AmM¨uhlenberg1,14476Potsdam,Germanyjan.plefka@aei.mpg.deAEI-2005-124,hep-th/0507136AbstractInthisi

a r X i v :h e p -e x /9802022v 1 26 F e

b 1998CLNS 98/1542CLEO 98-3

Continuum Charged D ?Spin Alignment at √s =10.5GeV is presented.This study using 4.72fb ?1of CLEO II data shows that there is little evidence of any D ?spin alignment.

1

G.Brandenburg,1R.A.Briere,1A.Ershov,1Y.S.Gao,1D.Y.-J.Kim,1R.Wilson,1

H.Yamamoto,1T.E.Browder,2Y.Li,2J.L.Rodriguez,2T.Bergfeld,3B.I.Eisenstein,3

J.Ernst,3G.E.Gladding,3G.D.Gollin,3R.M.Hans,3E.Johnson,3I.Karliner,3 M.A.Marsh,3M.Palmer,3M.Selen,3J.J.Thaler,3K.W.Edwards,4A.Bellerive,5 R.Janicek,5D

a r X i v :c o n d -m a t /0511252v 1 [c o n d -m a t .s t r -e l ] 10 N o v 2005Enhancement of the anomalous Hall e?ect and spin glass behavior in the bilayered manganite La 2?2x Sr 1+2x Mn 2O 7Y.Hirobe ?,Y.Ashikawa,R.Kawasaki,K.Noda,D.Akahoshi,and H.Kuwahara Department of physics,Sophia University,Tokyo 102-8554,Japan The bilayered manganite,La 2?2x Sr 1+2x Mn 2O 7(illustrated in the inset of Fig.1),is the n =2member of the Ruddlesden-Popper series of manganites (La 1?x Sr x )n +1Mn n O 3n +1.Investigators have intensi