Case Study: Regional Online Marketing for Massage Therapy SchoolLSM
Local Search Masters was tasked with using the web to generate more admissions to the Nashville School of Massage Therapy. The study presents the results of that challenge.
Case Study: Regional Online Marketing for Massage Therapy SchoolLSM
Local Search Masters was tasked with using the web to generate more admissions to the Nashville School of Massage Therapy. The study presents the results of that challenge.
8 Elements Every Small Business Website NeedsBe Locally SEO
What does a small business website actually need? Can it be simple? Discover the essential elements you should include in your small business website to make it perform well, and be a useful resource for customers.
Здесь представлен каталог Орифлэйм с периодом действия с 03.10.2016г по 20.10.2016г. Смотрите, выбирайте, заказывайте.
Мой E-mail 1705.1962@mail.ru - просто отправьте письмо с указанием желаемой покупки, а дальше я с Вами свяжусь и мы оговорим все детали (оплата, доставка и прочее).
ONE-STEP PROCESS FOR SOLID OXIDE FUEL CELL FABRICATION chrisrobschu
Solid oxide fuel cells (SOFCs) are electrochemical devices that convert the chemical energy of a fuel to electrical energy. They offer clean, efficient, and reliable power and they can be operated using a variety of fuels. There are two major obstacles for commercializing the SOFC technology: reducing processing cost and increasing operating lifetime. The cost reduction necessary for commercialization of SOFC technology will not be met by optimization alone. Mass production techniques must be developed for SOFCs to be competitive with current power generating devices. The current cost goal of $400 / kW can only be met by improved processing techniques. Hot pressing as was investigated at Boston University as a novel processing technique to fabricate the planar SOFC in a single step. By removing multiple batch processing steps and simplifying the manufacturing process, considerable cost reduction can be achieved over current manufacturing processes. Additionally, the flexibility of hot pressing can improve interfacial contact and functionally grade interfaces to reduce polarization losses. Finally, by optimizing the process, the processing time and cost can be greatly reduced.
Fundamental knowledge related to ceramic processing, sintering, and hot pressing to successfully hot press a single operational SOFC in one step has been developed. Ceramic powder processing for each of the components of an SOFC has been tailored towards this goal. Processing parameters for the electrolyte and cathode were investigated and optimized to attain convergence. Several anode fabrication techniques were investigated and a novel anode structure was developed and refined. Based on these results single SOFC cells were fabricated in one step.
BU_MS_Thesis_Schumacher_Jan2003
8 Elements Every Small Business Website NeedsBe Locally SEO
What does a small business website actually need? Can it be simple? Discover the essential elements you should include in your small business website to make it perform well, and be a useful resource for customers.
Здесь представлен каталог Орифлэйм с периодом действия с 03.10.2016г по 20.10.2016г. Смотрите, выбирайте, заказывайте.
Мой E-mail 1705.1962@mail.ru - просто отправьте письмо с указанием желаемой покупки, а дальше я с Вами свяжусь и мы оговорим все детали (оплата, доставка и прочее).
ONE-STEP PROCESS FOR SOLID OXIDE FUEL CELL FABRICATION chrisrobschu
Solid oxide fuel cells (SOFCs) are electrochemical devices that convert the chemical energy of a fuel to electrical energy. They offer clean, efficient, and reliable power and they can be operated using a variety of fuels. There are two major obstacles for commercializing the SOFC technology: reducing processing cost and increasing operating lifetime. The cost reduction necessary for commercialization of SOFC technology will not be met by optimization alone. Mass production techniques must be developed for SOFCs to be competitive with current power generating devices. The current cost goal of $400 / kW can only be met by improved processing techniques. Hot pressing as was investigated at Boston University as a novel processing technique to fabricate the planar SOFC in a single step. By removing multiple batch processing steps and simplifying the manufacturing process, considerable cost reduction can be achieved over current manufacturing processes. Additionally, the flexibility of hot pressing can improve interfacial contact and functionally grade interfaces to reduce polarization losses. Finally, by optimizing the process, the processing time and cost can be greatly reduced.
Fundamental knowledge related to ceramic processing, sintering, and hot pressing to successfully hot press a single operational SOFC in one step has been developed. Ceramic powder processing for each of the components of an SOFC has been tailored towards this goal. Processing parameters for the electrolyte and cathode were investigated and optimized to attain convergence. Several anode fabrication techniques were investigated and a novel anode structure was developed and refined. Based on these results single SOFC cells were fabricated in one step.
BU_MS_Thesis_Schumacher_Jan2003
Frgc products for_undergound_infrastructure
An investigation was conduced to achieve concrete of higher strength using crushed brick as aggregate and study the mechanical properties. It was found that higher strength concrete (cf= 4500 to 6600 psi1) with brick aggregate is achievable whose strength is much higher than the parent uncrushed brick. Test results show that the compressive strength of brick aggregate concrete can be increased by decreasing its water-cement ratio and using admixture whenever necessary for workability. The compressive strength as well as the tensile strength and the modulus of elasticity of the concrete were studied. The cylinder strength is found about 90% of the cube strength. The ACI Code relations for determining the modulus of rupture was found to highly underestimate the test values., whereas the code suggested expression for elastic modulus gives much higher values than the experimental ones for brick aggregate concrete. Relations were proposed to estimate the modulus of rupture and the modulus of elasti
Simulation of curing process of carbon/epoxy composite during autoclave degas...Darkdragon766
Simulation of curing process of carbon/epoxy composite during
autoclave degassing molding by considering phase changes of epoxy
resin
Seong-Hwan Yoo a, b
, Min-Gu Han a
, Jin-Ho Hong a
, Seung-Hwan Chang a, *
a School of Mechanical Engineering, Chung-Ang University (CAU), 221, Huksuk-Dong, Dongjak-Gu, Seoul 156-756, Republic of Korea
b Korea Photonics Technology Institute Lighting Solution R&BD Center, Gwangju, Republic of Korea
1. Win-Chung (Tom) Lee(李⽂文峻) : 229 Hawkes Court, Hockessin, DE 19707, US
(H) 302-235-2138; (Cell) 302-307-1418; E-mail: iron_chief@hotmail.com &
winchung.lee@gmail.com
Publications:
US Patents/Applications:
1."Coal Liquefaction Using Low Grade Crude Oil," US Patent #4541916,
9//17/1985
2.“ Process for Increasing the Molecular Weight of Polyamides and Other
Condensation Polymers,” US Patent 5543495, 8/6/1996
3. “Toughened, Glass Filled Polyamide Compositions and Blends Having
Improved Stiffness, and Articles Made Therefrom,” US 7138454,
11/21/2006 & EP1534758B1, 5/24/06
4. “Toughened Polyacetal Compositions And Blends Having Low Surface
Gloss,” US Patent 8,092919B2, 1/10/12
5. “ Process for Making 1,1,1,4,4,4-HexaFluoro-2-Butene,” US Patent
8436216, 5/7/2013; WO2009117458 on 9/24/2009; EP2260015A on
12/15/2010
6. “Polyamide And PVB Compositions And Blends Comprising Mineral
Filler And Articles Made Therefrom,” US Patent Application
20040266931A1, 12/30/04
7. “Polyamide And PVB Compositions And Blends Having Enhanced Sur-
face Properties And Articles Made Therefrom,” US Patent Application
20050004308A1, 1/6/05
8. “Polyacetal And PVB Compositions And Blends Having Enhanced Sur-
face Properties And Articles Made Therefrom,” US Patent Application
20050032950A1, 2/10/05
9. “PVB Compositions And Blends Having Enhanced Surface Properties
And Articles Made Therefrom, “ US Patent Application 20050059781A1,
3/17/05
10. “Process for Conversion of PVB scrap into Processable Pellets,” US
Patent Application 20080207829A1, 8/28/08
Six Outside Publication
1. “Modification of Polymers using Polyvinyl Butyral Based Additives,”
#101174, Society of Plastic Engineers 2005 ANTEC, 05/3/2005
2. "Study on Steam Stability of FCC Catalysts," Presented in the Republic of
China/Republic of Korea Joint Workshop on Catalysis, Seoul, Korea,
March 1983
! /!1 3
2. 3. "Separation and Characterization of Synthoil Asphaltene by Gel Perme-
ation Chromatography and Proton Nuclear Magnetic Resonance Spec-
trometry," Anal. Chem., 51, 1803, 1979
4. "Experiments for In-Situ Coal Conversion," AIChE Houston Meeting,
April 1979
5. "Novel Approaches for Determination of Degree of Association of Coal
Derived Products by Vapor Pressure Osmometry," ACS Div. Fuel Chem.,
Preprints, 23(37), 1978
6. "Molecular Weight and Association of Coal-Derived Asphaltenes," Anal.
Chem., 49, 2362, 1977
Nineteen DuPont Reports:
1. “Process Overview for a Commercial HFO-1336mzz(Z) via the Direct
Coupling of HCFC-113a at Changsha, China,” DuPont Technology
Transfer Report, August 4, 2014
2. “A Commercial Design to Produce HFO-1336mzz(Z) via the Direct
Coupling of HCFC-113a at Corpus Christ, Texas,” DuPont Research
Report, 2014-DCF-52, 9/18/13
3. “A Commercial Design Concept to Produce HFO-1336mzz(Z) via the
Direct Coupling of HCFC-123,” DuPont Research Report, 2013-
DCF-42, 9/18/13
4. “The Rise of SINBAD: Superior INsulation Blowing Agent Demon-
stration @ Chiba, Japan,” DuPont Research Report, 2012-DCF-38,
6/19/12
5. “Lincoln Process for Next Generation Foam Expansion Agent: Its
Invention, Chemistry and Scouting,” DuPont Research Report, 2011-
DCF-11, 9/30/11
6. “First Small Lots Production of cis-F-11E via Hexa-fluror-2-
Butyne,” DuPont Research Report, 2010-DP-E-10, 6/4/10
7. “Basic Data Report for Preparation of Formal VGA for NF3 Synthe-
sis Changshu, China,” Interm Third Party Review Report, 2/24/06
8. “Final PHA Report: NF3 Synthesis Pilot Plant,” CW PHA-2005-35,
10/27/05
9. “Aircraft Vinyl: the Product Development and Basic Data for Con-
trolled PVB Branching,” DP-2005-W-2, 8/31/05
10. “ECOCITETM: Its Origin, Invention and Development,” DP-2005-
W-1, 2/15/05
11. "A New Millennium Butacite Process Based on Low Ion Flake,"
DP-2000-W-1, 11/15/2000
! /!2 3
3. 12. “Butacite Dry Process Background Haze,” DP 97-W-4, 5/ 8/1997
13. “Test of Kingston CP Flake for Low RV Spinning without a Condi-
tioner – Low RV Spinning Process Feasibility Study III,” ST-93-15,
6/21/1993
14. “PEPA (2-[2’-pyridyl]ethylphosphonic acid) Strand as Nylon Amida-
tion Catalyst – I,” ST-93-07, 2/24/1993
15. “Low RV Spinning Process Feasibility Study – Second Report,”
ST-92-53, 12/18/1992
16. “Butacite Flake R&D Programs,” DP 92-W-6, 3/4/1992
17. “The Proposed Far East ‘Delrin’ Chemical Plant,” PPD 89-W-2,
1/4/1989
18. “Multistage Extraction for Delrin Monomer Purification – Pilot Plant
Test Results and Basic Design Data,” PPD 88-W-1, 3//30/1988
19. “Basic Design Data for Granular Air Classifier for Removal of
Coarse Fraction of 7A,” PPD 86-W-10 9/23/1986
! /!3 3