分子磁性材料研究

1

、

检索课题名称：分子磁性材料研究

2

、

课题分析：

中文关键词：

材料

2

磁性

分子

英文主题词：

lar magnetism

al

3

、

选择检 索工具：

《美国工程索引》

（

Ei village2

）

4

、

构建检索策略：

.molecular *magnetism *material

5

、

简述检索过程：

选择快速检索，输入 检索词：第一、

molecular

；第二、

< br>magnetism

；第三、

material

检索

结果

18179

篇

6

、

根据检索结果选择

3

条记录

根据检索结果，浏览题录哭确定该文献的收藏单位（图书馆或情报所、信息中 心等）

从而可以进一步确定是否索取或借阅、复制原文。

Search results

：

18179 records in compendex for 1969

—

2011

((((molecular)

WN

All

fields)

AND

((magnetism)

WN

All

fields))

AND

((material)

WN

All

fields))

1.

Investigating molecular magnetism with polarized neutrons

Ressouche,

E.

(Dept.

Rech.

Fond.

Matiere

Cond.,

SPSMS-MDN,

CEA/Grenoble,

17

rue

des

Martyrs, 38054 Grenoble Cé

dex 9, France)

Source:

Physica B: Condensed Matter

, v 267, p 27-36,

June 1999

Database:

Compendex

Abstract

-

Detailed

-

Cited by in Scopus (7)

2.

Molecular magnetism: A basis for new materials

Gatteschi,

Dante

(Univ

of

Florence,

Florence,

Italy)

Source:

Advanced

Materials

,

v

6,

n

9,

p

635-645, Sept 1994

Database:

Compendex

Abstract

-

Detailed

-

Cited by in Scopus (359)

3.

FT pulsed ESR/electron spin transient nutation spectroscopy in the study

of molecular based magnetism: Applications to high- spin polymers and

ferromagnetic materials

Takui, Takeji

(Osaka City Univ, Osaka, Japan);

Sato, Kazunobu

;

Shiomi, Daisuke

;

Itoh, Koichi

;

Kaneko,

Takashi

;

Tsuchida,

Eishun

;

Nishide,

Hiroyuki

Source:

Molecular

Crystals

and

Liquid

Crystals

Science

and

Technology

Section

A:

Molecular

Crystals

and

Liquid

Crystals

,

v

271,

p

191-212, 1995

Database:

Compendex

Abstract

-

Detailed

阅读文献：

1-3

of 3 seleted

records from Compendex for

((((molecular) WN All fields) AND

((magnetism) WN All fields)) AND ((material) WN All fields))

Remove1.

Investigating

molecular

magnetism

with polarized neutrons

Ressouche, E.

1

Source:

Physica B: Condensed Matter

, v 267, p 27-36, June 1999;

ISSN:

09214526;

DOI:

10.1016/S0921-4526(99)00063-0;

Conference:

Proceedings

of

the

1998

2nd

International

Workshop

on

Polarised

Neutrons

for

Condensed

Matter Investigations,

PNCMI

'98,

September

21,

1998

- September

23,

1998;

Sponsor:

Centre National de la Recherche Scientifique; Commissiariat a l'Energie Atomique; Conseil

General de l'Isere; EC-TMR Concerted Action;

Publisher:

Elsevier Science Publishers B.V.

Author affiliation:

1

Dept. Rech. Fond. Matiere Cond., SPSMS-MDN, CEA/Grenoble, 17 rue des Martyrs, 38054 Grenoble Cé

dex

9, France

Abstract:

The

determination

of

magnetization

density

distributions

using

polarized

neutron

diffraction has played a key role during the last fifteen years in the emerging field of

molecular

magnetism

. In the present article, an introduction to this branch of

material

science and to the

experimental

technique

is

given.

The

data

treatment

methods

are

briefly

reviewed

and

some

recent

results

are

presented.

A

particular

attention

is

given

to

the

members

of

the

nitronyl

nitroxide free radicals family, which are widely used in the construction of organic

magnetically

ordered

materials

.

The

main

features

of

the

magnetization

density

in

isolated

radicals

are

presented.

Spin

polarization

and

spin

delocalization

effects

encountered

in

this

class

of

compounds

are

discussed.

Then

it

is

shown

how

the

magnetic

interactions

with

neighbouring

molecules can propagate through hydrogen bonds or through intermediate atoms and how they

modify

the

main

features

found

in

isolated

species.

In

the

case

of

a

direct

coordination

to

a

transition

metal

ion,

it

is

shown

how

drastic

can

be

the

modifications

on

the

spin

density,

depending on the strength of the

magnetic

couplings.

(16 refs.)

Main Heading:

Neutron diffraction

Controlled

terms:

Free

radicals

-

Hydrogen

bonds

-

Magnetism

-

Magnetization

-

Materials

science

-

Molecular

structure

-

Nitrogen oxides

-

Polarization

Uncontrolled

terms:

Molecular

magnetism

-

Spin

delocalization

effect

-

Spin

polarization effect

Classification

Code:

701.2

Magnetism:

Basic

Concepts

and

Phenomena

-

801.4

Physical

Chemistry

-

804

Chemical

Products

Generally

-

804.2

Inorganic

Compounds

-

931.3

Atomic

and

Molecular

Physics

-

932.1

High Energy Physics

Treatment:

General review (GEN)

Database:

Compendex

2.

Molecular

magnetism

: A basis for new

materials

Gatteschi, Dante

1

Source:

Advanced

Materials

, v 6, n 9, p 635-645, Sept 1994;

ISSN:

09359648;

Publisher:

VCH Verlagsgesellschaf mbH

Author affiliation:

1

Univ of Florence, Florence, Italy