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68
Solid State and Superconductivity Abstracts

Last Loaded on Web: Tuesday, October 01, 2013

Last Update To Bluesheet: April 19, 2006

Bluesheet Contents     PDF version

File Description Print Counterparts Geographic Coverage Terms and Conditions Limit Rates
Subject Coverage Dialog File Data Special Features Sample Record Sort
Sources Related Search Aids DIALINDEX/OneSearch Categories Basic Index Rank
Tips Document Types Indexed Contact Additional Indexes Predefined Format Options


File Description [top]

Solid State and Superconductivity Abstracts provides unparalleled current research and applications across the field of physics and conductivity. Over 3,000 serial titles and hundreds of non-serial publications are indexed and abstracted by expert Cambridge Scientific Abstracts staff. The database covers all aspects of theory, production, and application of solid state materials and development as well as the new high- and low-temperature superconductivity technology. Topics covered include phase, crystal, and mechanical properties of solids, optical and dielectric properties, conductive and magnetic properties, electronic structure and energy gaps, SQUIDs, impurity effects, flux structure, critical current, ceramics, twinning phenomena, and more.



Tips [top]

USE FILE 68

to search for abstracted articles relating to all aspects of physics.

USE /TI AND /DE

for precise subject searching:

     S QUANTUM(W)EFFICIENCY/TI,DE

USE SUBJECT HEADINGS or

SUBJECT HEADING CODES

to narrow a search to a topic.

     S COMPOUND(W)SEMICONDUCTORS/SH
     S SC=P4

USE RANK

to find experts working in an area of interest.

     S LASER DIODE?
     RANK AU



Subject Coverage [top]

Major areas of coverage include:

  • Applied Physics
  • Atomic and Molecular Physics
  • Condensed Matter Physics
  • Plasma Physics
  • Nuclear and High-Energy Physics
  • Mathematics of Physics
  • Superconductors
  • Semiconductors
  • Solid State Milieux


Sources [top]

Solid State and Superconductivity Abstracts includes information abstracted from over 3,000 scientific and technical journals, government reports, conference proceedings, dissertations, books, and other publications. The database corresponds to the print Solid State and Superconductivity Abstracts.



Print Counterparts [top]

  • Solid State and Superconductivity Abstracts


Dialog File Data [top]

Dates Covered: 1968 to the present
File Size: Over 254,184 records as of July 2005
Update Frequency: Monthly


Related Search Aids [top]

replace with real data


Document Types Indexed [top]

  • Reports
  • Books and Monographs
  • Conferences, Symposia, Meetings
  • Journal Articles
  • Theses and Dissertations


Geographic Coverage [top]

  • International


Geographic Restrictions [top]

  • None


Special Features [top]


DialIndex/OneSearch Categories [top]

ACRONYM CATEGORY NAME
ELECTENG Electrical Engineering
ENERGY Energy
ENG Engineering
MATH Mathematics
NUCSCI Nuclear Science
PHYSICS Physics
SCITECH Science and Technology


Contact [top]

Solid State and Superconductivity Abstracts is produced by CSA. Questions concerning file content should be directed to:

CSA
7200 Wisconsin Avenue
Bethesda, MD 20814

Telephone: 301-961-6700
800 Line: 800-843-7751
Fax: 301-961-6720
E-Mail: sales@csa.com


Terms and Conditions [top]

Database copyrighted by CSA. All rights reserved. Although this database was formulated with a reasonable standard of care, CSA makes no representation or warranty, express or implied, as to the accuracy, completeness, merchantability, or fitness for use of the database. Except as set forth in Dialog's Electronic Redistribution and Archiving Policy, the database may not be reproduced, stored in machine-readable form, or transmitted by any means without the written permission of the publisher.


Dialog Standard Terms & Conditions apply.


SAMPLE RECORD [top]

    DIALOG(R)File 68: Solid State & Super. Abs 
    (c) 2005 CSA. All rts. reserv. 
     
  AA=  0000016434       IP ACCESSION NO: 200504-82-08914 
  /TI  Zinc oxide - analogue of GaN with new perspective possibilities 
  AU=  Karpina, V A; Lazorenko, V I; Lashkarev, C V; Dobrowolski, V D; Kopylova, L 
    I; Baturin, V A; Pustovoytov, S A; Karpenko, A J; Eremin, S A; Lytvyn, P M 
  CS=  Institute for Problems of Material Science, National Academy of Sciences of 
    Ukraine, 3, Krzhyzhanovsky str., Kyiv, 03142, Ukraine 
  JN=,SO=,PD=  Crystal Research and Technology, v 39, n 11, Nov. 2004 
    PAGES: 980-992 
  PY=  PUBLICATION DATE: 2004 
     
  PU=  PUBLISHER: Wiley-VCH Verlag GmbH, P.O. Box 10 11 61, Weinheim, D-69451 
  CP=  COUNTRY OF PUBLICATION: Germany 
    PUBLISHER URL: http://www.interscience.wiley.com 
    PUBLISHER EMAIL: cs-journals@wiley.co.uk 
  DT=  DOCUMENT TYPE: Journal Article 
  RT=  RECORD TYPE: Abstract 
  LA=  LANGUAGE: English 
  SN=  ISSN: 0232-1300 
    NOTES: Numerical Data; Spectra; Diffraction Patterns; Graphs 
    NO. OF REFS.: 25 
    DOI: 10.1002/crat.200310283 
  FS=  FILE SEGMENT: Solid State & Superconductivity Abstracts 
     
    ABSTRACT: 
  /AB    Zinc oxide due to specific electrical, optical and acoustic properties is 
    the important semiconductor material, which has many various applications. 
    There is growing interest in ZnO due to its potential applicability for 
    optoelectronic devices such as light-emitting diodes, laser diodes and 
    detectors for UV wavelength range. ZnO properties are very close to those 
    of widely recognized semiconductor GaN. The band gap of ZnO (3.37 eV) is 
    close to that of GaN (3.39 eV) but ZnO exciton binding energy (60 meV) is 
    twice larger than that of GaN (28 meV). Optically pumped UV lasing have 
    been demonstrated at room temperature using high textured ZnO films. The 
    excitonic gain close to 300 cm -1 was achieved. ZnO thin films are expected 
    to have higher quantum efficiency in UV semiconductor laser than GaN. The 
    physical properties of ZnO are considered. PEMOCVD technology was used to 
    deposit piezoelectric and highly transparent electroconductive ZnO films. 
    Their properties are discussed. The experiments on polycrystalline ZnO 
    films deposited by RF magnetron sputtering at different partial pressure of 
    oxygen are presented. AFM images were studied in tapping mode for deposited 
    films. The investigated films were dielectric ones and had optical 
    transparency within 65-85% at thickness in the interval 0.2-0.6 5m. 
     
  /DE  DESCRIPTORS: Zinc oxides; Gallium nitrides; Semiconductors; Electric 
      potential; Binding energy; Light-emitting diodes; Quantum efficiency; 
      Laser diodes 
  SC=,/SH,SH=  SUBJ CATG: 82, Compound Semiconductors 
     


BASIC INDEX [top]

SEARCH
SUFFIX
DISPLAY
CODE
FIELD NAME
INDEXING
SELECT EXAMPLES
None None All Basic Index Fields Word S SEMICONDUCTOR(W)MATERIAL
/AB AB Abstract Word S ZINC(W)OXIDE/AB
/DE DE Descriptor1 Word
& Phrase
S ZINC(W)OXIDES/DE
S BINDING ENERGY?/DE
/ID ID Identifier Word
& Phrase
S EXTRUSION/ID
S HEAT TRANSFER/ID
/SH SH Subject Category2 Word S COMPOUND(W)SEMICONDUCTORS/SH
/TI TI Title Word S ZINC(W)OXIDE/TI

1 Also /DF.

2 Searchable in the Basic Index and in the Additional Indexes.


ADDITIONAL INDEXES [top]

SEARCH
PREFIX
DISPLAY
CODE
FIELD NAME
INDEXING
SELECT EXAMPLES
AA= AA CSA Accession Number Phrase S AA=200504-82-08914
AU= AU Author Phrase S AU=KARPINA, V?
None AZ DIALOG Accession Number
BN= BN International Standard Book Number (ISBN) Phrase S BN=0-8194-1083-7
S BN=081910837
CD= CD Conference Date Phrase S CD=20040126
CL= CL Conference Location Word S CL=(SAN(W)JOSE)
CP= CP Country of Publication Phrase S CP=USA
S CP=NEW ZEALAND
CS= CS Corporate Source Word
& Phrase
S CS=(MATERIAL(S)SCIENCE)
S CS=INSTITUTE FOR PROBLEMS?
CT= CT Conference Title Word S CT=(ULTRAFAST(W)PHENOMENA)
CY= CY Conference Year Phrase S CY=2004
DT= DT Document Type Phrase S DT=JOURNAL ARTICLE
FS= FS File Segment Phrase S FS=SOLID STATE & SUPERCONDUCT?
None II Digital Object Identifier
JN= JN Journal Name Phrase S JN=CRYSTAL RESEARCH?
LA= LA Language Phrase S LA=GERMAN
MC= MC Materials Classification Phrase S MC=ALUMINUM BASE ALLOY?
ML= ML Materials Phrase S ML=AL-4CU
NO= NO Document Number Word
& Phrase
S NO=NUREG
S NO="NUREG/CP-0029"
None NR Number of References
None NT Note
PD= PD Publication Date Phrase S PD=20041100
PU= PU Publisher Word S PU=WILEY?
PY= PY Publication Year Phrase S PY=2004
RN= RN Report Number Word
& Phrase
S RN=5383
S RN=SPIE VOLUME 5383
RT= RT Record Type Phrase S RT=ABSTRACT
SC= SC Subject Category Phrase S SC=82
SH= SH Subject Category Text2 Phrase S SH=COMPOUND SEMICONDUCTOR?
SN= SN International Standard Serial Number (ISSN) Phrase S SN=0232-1300
SO= SO Source Information Word S SO=(CRYSTAL(S)TECHNOLOGY)
UD= None Update Phrase S UD=9999


LIMIT [top]

SUFFIX FIELD NAME EXAMPLES
/ABS Record has an Abstract S S3/ABS
/NOABS Record is a Citation Only Record S S3/NOABS
/YYYY Publication Year S S2/2004


SORT [top]

SORTABLE FIELDS EXAMPLES
AA, AU, CS, JN, PY, TI SORT S3/ALL/PY/D
SORT S1/ALL/TI


RANK [top]

RANK FIELDS EXAMPLES
All phrase- and numeric-indexed fields in the Additional Indexes can be ranked. RANK DE
RANK AU S4


USER-DEFINED FORMAT OPTIONS [top]

Display codes listed in the Search Options tables can be used to customize output. TYPE S3/AU,TI/1-5
PRINT S2/TI,AB/ALL


PREDEFINED FORMAT OPTIONS [top]

NO.
DIALOGWEB
FORMAT
RECORD CONTENT
1 -- DIALOG Accession Number
2 -- Full Record except Abstract
3 Medium Bibliographic Citation
4 -- Full Record with Tagged Fields
5 -- Full Record
6 Short Title and Publication Year
7 Long Bibliographic Citation and Abstract
8 Free Title, Indexing, and Publication Year
9 Full Full Record


DIRECT RECORD ACCESS [top]

FIELD NAME EXAMPLES
If the accession number of a specific record is known, it can be used to display the recrod directly. TYPE 0726149/5
DISPLAY 0074483/AU,TI
PRINT 0301964/9


Rates [top]

Rates For File: Solid State and Superconductivity Abstracts[68]
Cost per DialUnit:                 $9.50
Cost per minute:                   $3.00
Rank Elements                      $0.00
ALERT (default)                    $3.25
ALERT (Monthly)                    $3.25
ALERT (Biweekly/twice a month) *   $3.25
ALERT (Weekly)                 *   $3.25
ALERT (Daily)                  *   $3.25
ALERT (Calendar weekly)        *   $3.25
ALERT (Intraday)               *   $3.25
* = custom scheduled Alerts only
ALERT Number of included prints        0

Format    Types   Prints
     1    $0.00    $0.00
     2    $3.50    $3.50
     3    $3.50    $3.50
     4    $3.50    $3.50
     5    $3.50    $3.50
     6    $0.00    $0.00
     7    $3.50    $3.50
     8    $0.00    $0.00
     9    $3.25    $3.25
    45    $3.50    $3.50
KWIC95    $0.00       NA
KWIC96    $0.00       NA

REDIST/COPY Multiplier Table:

      Range      Multiplier
        1-2       1.00
       3-25       1.50
     26-100       3.00
    101-200       4.00
    201-500       6.00
   501-1000       8.00
 1001 or more    10.00

ARCHIVE Multiplier Table:

      Range      Multiplier
       1-25       1.50
     26-200       3.00
    201-500       6.00
   501-1000       8.00
 1001 or more    10.00
[top]



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