Meniscus - Globe Thesis

Keyword [Meniscus] Result: 1 - 20 \| Page: 1 of 2
1.	Shrinkage And The Mechanism Of The Cement-Based Material At Low Water To Binder Ratio Incorporating High Volume Mineral Admixtures
2.	Research On The Active Support Of620mm Thin Meniscus Mirror
3.	Theoretical And Applied Study On Flow And Combined Phase-Change Heat Transfer In Microgrooves Heat Sink
4.	The Pore-level Model Analysis On The Evaporation Of The Extended Meniscus Region In A Porous Structure
5.	Heat And Mass Transfer Characteristics Of The Evaporating Meniscus In Capillary Tubes
6.	Technology And Application Of Large Meniscus Coating
7.	An Experimental And Theoretical Investigation On Meniscus Evaporation And Heat Transfer On Rib/Smooth Surface In An Electric Field
8.	Theoretical Analysis And Experimental Study Of The Flow And Heat Transfer Characteristics Of Anti-gravity Flow
9.	Modeling And Experiments Of Adhesion Forces At Solid-liquid Interfaces For Micromanipulation
10.	The Low-frequency Surface Error Study For Thin Meniscus Mirror Based On Active Support Technique
11.	Visualization And Theoretical Study On Flow And Heat Transfer In Microgrooves Heat Sinks Based On Micro-PIV
12.	Influence Of Evaporating Meniscus On Heat And Mass Transfer Of The Capillary Phase Change Devices
13.	Numerical Study Of Conjugated Heat Transfer In Evaporating Thin-films Near The Three-phase Interface
14.	Study On Heat And Mass Transfer Of The Evaporating Meniscus Based On Surface Evolver
15.	Theoretical Research For The Heat Transfer Mechanism Of The Closed Loop PHP On The Stable Operation
16.	Study Of Liquid Lens Aberration And The Aberration Correction Method
17.	Experimental Study of Meniscus Thin-Film Evaporation in a Horizontal-Tube, Falling-Film Heat Exchanger, Focusing on Dynamic Contact Angle Variation of an Advancing Meniscus
18.	Load-bearing across diarthrodial joints with special reference to peripheral structures and the menisci of the knee
19.	Thermal system design and modeling of meniscus controlled silicon growth process for solar applications
20.	Numerical Analysis of the Heat Transfer Characteristics within an Evaporating Meniscus
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