Online Catalog - Record(s) Retrieved
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Online Catalog - Record(s) Retrieved

 
Date:28/03/24



Retrieved Title(s):8 

1.
 
Publication type: Book
Tilte: Animal agents and vectors of human disease
Author(s): Paul Chester Beaver Rodney Clifton Jung
Publication Data: Philadelphia: Lea & Febiger
Publication Year: 1985
Edition: 5th ed
Call Number: 616.96 BEA
Physical Description: VIII, 281p
ISBN: 0-8121-0987-2
Availability:
●Total Count of Copie(s):2


2.
 
Publication type: Book
Tilte: Mastering Excel 5 for windows
Author(s): Thomas Chester
Publication Data: San Francisco: SYBEX
Publication Year: [199-]
Edition: special ed.
Call Number: 005.3 CHE
Physical Description: XLI, 895p
Availability:
●Total Count of Copie(s):1


3.
 
Publication type: Book
Tilte: Mastering Excel 97
Author(s): Thomes Chester Richard H. Alden
Publication Data: New Delhi: BPB Publications
Publication Year: 1997
Edition: 4th ed.
Call Number: 005.3 CHE
Physical Description: XXXII, 1022p
Availability:
●Total Count of Copie(s):2


4.
 
Publication type: Book
Tilte: Managing global chaos : sources of and responses to international conflict
Author(s): Chester A. Crocker (ed.), Fen Osler Hapson (ed.), Pamela Aall (ed.),
Publication Data: Washington, D.C.: Institute of Peace Press
Publication Year: 1996
Call Number: 341.5 MAN
Physical Description: xxiii, 642 p. : ill., maps ; 26 cm.
ISBN: 1-878379-58-5
Availability:
●Total Count of Copie(s):1


5.
 
Publication type: Article
Tilte: Effect of Inclination Angle and Flow Rate on the Heat Transfer During Bottom Jet Cooling of a Steel Plate
Author(s): Noel L Chester (Author),
Journal Title: Journal of Heat Transfer
Journal Call No. 621.402205 JHT
Journal Volume/Issues Info.: 2012/DEC V.134 N.12
Abstract: The heat transfer that occurs during bottom water jet impingement on a hot steel plate has been investigated in terms of the effect inclination angle and flow rate. This research was carried out to develop quantitative knowledge of the heat transfer, which occurs on the runout table, a crucial component in the hot rolling production of advanced high strength steels... View full abstract

Physical Description: p1-9


6.
 
Publication type: Article
Tilte: Are Commitment Profiles Stable and Predictable? A Latent Transition Analysis
Author(s): Chester Kam (Author), Alexandre J. S. Morin (Author),
Journal Title: Journal of Management
Journal Call No. 658.005 JMA
Journal Volume/Issues Info.: 2016/SEP V.42 N.6
Abstract: Recent efforts have been made to identify and compare employees with profiles reflecting different combinations of affective (AC), normative (NC), and continuance (CC) organizational commitment. To date, the optimal profiles in terms of employee behavior and well-being have been found to be those in which AC, NC, and CC are all strong, or those where AC, or AC and NC, dominate.... View full abstract

Physical Description: p 1462–1490


7.
 
Publication type: Book
Tilte: Instant memory training for success : practical techniques for a sharper mind
Author(s): Chester Santos (Author),
Publication Data: Chichester, West Sussex: Capstone/ John Wiley
Publication Year: 2016
Call Number: 153.14 SAN
Physical Description: ix, 156 p. ; 21 cm.
ISBN: 978-0-857-08706-5
Availability:
●Total Count of Copie(s):1


8.
 
Publication type: Article
Tilte: On the Steady-State Temperature Rise During Laser Heating of Multilayer Thin Films in Optical Pump–Probe Techniques
Author(s): Jeffrey L. Braun (Author), Chester J. Szwejkowski (Author),
Journal Title: Journal of Heat Transfer
Journal Call No. 621.402205 JHT
Journal Volume/Issues Info.: 2018/MAY V.140 N.5
Abstract: In this study, we calculate the steady-state temperature rise that results from laser heating of multilayer thin films using the heat diffusion equation. For time- and frequency-domain thermoreflectance (TDTR and FDTR) that rely on modulated laser sources, we decouple the modulated and steady-state temperature profiles to understand the conditions needed to achieve a single temperature approximation throughout the experimental volume, allowing for the estimation of spatially invariant thermal parameters within this volume.... View full abstract

Physical Description: p 1-10



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