131.  Experimental and optimization studies of diabatic membrane-based distillation columns

Chang, H.; Lin, T.-Y.; Chan, H.-J.; Ho, Chii-Dong ,  2017-04-01
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Journal of the Taiwan Institute of Chemical Engineers 73, p.75-85
. Chen, C.-D. Ho, T.-W. Cheng Energy and Opto-Electronic Materials Resoarch Center, Departmint of Chemical and Materials Engineerong, Tomkang University

132.  Kuznets Hypothesis in a Panel of States

Kim, Dong-Hyeon; Huang, Ho-Chuan; Lin, Shu-Chin ,  2012-01-01
[Graduate Institute & Department of Banking and Finance] Journal Article
Contemporary Economic Policy 29(2), pp.250-260
淡江大學經濟學系 Kim, Dong-Hyeon Huang, Ho-Chuan Lin, Shu-Chin Kim, Dong-Hyeon Huang, Ho-Chuan Lin, Shu-Chin Kuznets Hypothesis in a Panel of States Hoboken

133.  Properties of the Exceptional (Xl) Laguerre and Jacobi Polynomials

Ho, Choon-Lin; Satoru Odake; Ryu Sasaki ,  2011-11
[Graduate Institute & Department of Physics] Journal Article
Symmetry, Integrability and Geometry: Methods and Applications 7, 107(24pages)
://www.snowtide.com for more information. 2 C.-L. Ho, S. Odake and R. Sasaki cobi polynomials, which turned out

134.  Scattering Amplitudes for Multi-indexed Extensions of Solvable Potentials

Ho, C-L; Lee, J-C; R. Sasaki ,  2013-09-25
[Graduate Institute & Department of Physics] Journal Article
Annals of Physics 343, pp.115-131
/locate/aop Scattering amplitudes for multi-indexed extensions if sulvable potantials C.-L. Ho a, J.-C. Lee b,∗, R. Sasaki c,d a Department of Physics

135.  Employee Empowerment in a Technology Advanced Work Environment

Kuo, Tsung-hsien; Ho, Li-an; Lin, Chin-ho; Lai, Kuei-kuei ,  2010
[Graduate Institute & Department of Educational Technology ] Journal Article
Industrial Management & Data Systems 110(1), pp.24-42
淡江大學教育科技學系 Kuo, Tsung-hsien Ho, Li-an Lin, Chin-ho Lai, Kuei-kuei Employee Empowerment in a Technology Advanced Work Environment Bingley: Emerald

136.  Efficacies of Nitrogen Removal and Comparisons of Microbial Communities in Full-Scale (Pre-Anoxic Systems) Municipal Water Resource Recovery Facilities at Low and High COD:TN Ratios

Phanwilai, Supaporn; Noophan, Pongsak (Lek); Li, Chi-Wang; Cho, Kwang-Ho ,  2022-02-24
[Graduate Institute & Department of Water Resources and Environmental Engineering] Journal Article
Water 14(5), 720
). Figure 4. The schematic layout of the full-scale WRRFs at (A) L1, (B) H1, (C) L2, and (D) H2. This text was extracted from a PDF document

137.  Wilson line breaking and vacuum stability in Kaluza-Klein cosmology

Ho, Choon-lin; Ng, K. W. ,  1991-05
[Graduate Institute & Department of Physics] Journal Article
Physical Review D (Particles and Fields) 43(10), pp.R3107-R3111
adjoint reprosentations, respectively. (c) and (d) give an amplified view of (a) and tHiverley, thwehitcwho asrigonseqcuoevrraelespntindto top

138.  Does the expansionary government spending crowd out the private consumption?: Cointegration analysis in panel data

Nieh, Chien-chung; Ho, Tsung-wu ,  2005-07-12
[Graduate Institute & Department of Banking and Finance] Journal Article
The Quarterly Review of Economics and Finance 46(1), p.133-148
5656x2090; fax: +886 22621 4755. E-mail addresses: niehcc@mail.tku.edu.tw (C.-C. Nieh), tsungwu@cc.shu.edu.tw (T. Ho). 1062-9769/$ – see front matter

139.  Financial structure on growth and volatility

Yeh, Chih-Chuan; Huang, Ho-chuan; Lin, Pei-Chien ,  2013-09
[Graduate Institute & Department of Industrial Economics] Journal Article, [Graduate Institute & Department of Banking and Finance] Journal Article
Economic Modelling 35, p.391–400
淡江大學產業經濟學系 Yeh, Chih-Chuan Huang, Ho-chuan Lin, Pei-Chien Huang, Ho-Chuan(River) Financial structure on growth and volatility Elsevier Financial

140.  Fractional fermion number in a (1+1)-dimensional Dirac equation with a scalar Coulomb field

Ho, Choon-lin; Khalilov, V. R. ,  2001-01
[Graduate Institute & Department of Physics] Journal Article
Physical Review D (Particles and Fields) 63(2), 27701(2pages)
function S c ~x!D 1 c~x!5 ~4! c2~x! takes the form dc S qD 1 1 c15Ec2 , ~5! dx

141.  Conjugated mass transfer of CO2 absorption through concentric circular gas-liquid membrane contactors

Ho, C.-D.; Chang, H.; Chen, Y.-H.; Lim, J.-W.; Liou, J.-W. ,  2021-09-03
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Processes 9(9), 1580
Ho, C.-D. Chang, H. Chen, Y.-H. Lim, J.-W. Liou, J.-W. Conjugated mass transfer of CO2 absorption through concentric circular gas-liquid membrane

142.  Conjugated mass transfer of CO2 absorption through concentric circular gas-liquid membrane contactors

Ho, C.-D.; Chang, H.; Chen, Y.-H.; Lim, J.-W.; Liou, J.-W. ,  2021-09-03
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Processes 9(9), 1580
Ho, C.-D. Chang, H. Chen, Y.-H. Lim, J.-W. Liou, J.-W. Conjugated mass transfer of CO2 absorption through concentric circular gas-liquid membrane

143.  Collector efficiency of double-flow solar air heaters with fins attached

Yeh, Ho-Ming; Ho, Chii-Dong; Hou, Jun-Ze ,  2002-08-01
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Energy 27(8), pp.715-727
solar air heaters with fins attached H.-M. Yeh ∗, C.-D. Ho, J.-Z. Hou Department of Chemical Engineering, Tamkang Univursity, Tamsui

144.  Device Performance Improvement of Recycling Double-Pass Cross-Corrugated Solar Air Collectors

Chii-Dong Ho; Hsuan Chang; Ching-Fang Hsiao; Chien-Chang Huang ,  2018-02-02
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Energies 11(2), p.338
the absorbing plate): ha′ (Thp0a−Tpa(zT)a)(=z)(m=(1+(m.R(1)C+pR/)WCp)/(WdT)a(d(Tza)(/zd)/z)dz+) h+ah(Ta(aT(az()z)−TRTR) (5) (5

145.  Amphiphilic nanoparticles of resveratrol-norcantharidin to enhance the toxicity in zebrafish embryo

Yan, De-Yue; Ni, Lin-Kai; Chen, Ho-Lun; Chen, Li-Chou; Chen, Yau-Hung; Cheng, Chien-Chung ,  2016-02-01
[Graduate Institute & Department of Chemistry] Journal Article
Bioorganic & Medicinal Chemistry Letters 26(3), pp.774-777
, D.-K.; Chiu, C.-Y.; Kuo, S.-Y.; Lin, W.-C.; Lo, A.; Wang, Y.-P.; Li, P.-C.; Wu, H.-C. J. Biol. Chem. 2009, 284, 12905. 6. Wong, P. T.; Choi, S. K

146.  Operator algebra in chern-simons theory on a torus : reply

Ho, Choon-lin; Hosotani, Yutaka ,  1995-02
[Graduate Institute & Department of Physics] Journal Article
Physical Review Letters 74(6), pp.1033
) of Ref. [2] is explicitly 5 ap(x) = g Ok + Cled J KLI dy c 'V„D(x — y)j'(y), (Al) akx =—Hg + o"'xi 2'Q Lk

147.  Two-terminal conductance fluctuations in the integer quantum Hall regime

Ho, Chang-ming ,  1999-07
[Graduate Institute & Department of Physics] Journal Article
Physical Review B (Condensed Matter and Materials Physics) 60(12), pp.8839-8844
that each of these straight lanus follows the equation Vg 5CB1D with C and D being constants. This bohavior can bo understood in terms

148.  Oxidative Decomposition of Reactive Blue C.I. 19 with Sodium Hypochlorite

Ho, Chih-Hsuan; Chen, Luke; Ho, Yen-Peng; Yang, Chen-Lu ,  2010-01
[Graduate Institute & Department of Water Resources and Environmental Engineering] Journal Article
Environmental Engineering Science 27(1), pp.103-109
HO ET AL. 10 8 ) 0.5 6 0 0.5 -C -2(C 4 2 use only. -4 0 0.0031 0.00315

149.  Quantum entanglement, unitary braid representation and Temperley-Lieb algebra

Ho, C.L.; Solomon, A.I.; Oh, C.H. ,  2010-11
[Graduate Institute & Department of Physics] Journal Article
Europhysics Letters 92(3), 30002(5pages)
淡江大學物理學系 Ho, C.L. Solomon, A.I. Oh, C.H. Quantum entanglement, unitary braid representation and Temperley-Lieb algebra Les Ulis: E D P Sciences

150.  Pile responses under seismic earth pressures of lateral spread using wave equation analysis

Lin, B.-S.; Chang, D.-W.; Ho, H.-C. ,  2010
[Graduate Institute & Department of Civil Engineering] Proceeding
Proceedings of sessions of GeoShanghai 2010: Soil Dynamics and Earthquake Engineering, pp.109-117
淡江大學土木工程學系 Lin, B.-S. Chang, D.-W. Ho, H.-C. Pile responses under seismic earth pressures of lateral spread using wave equation analysis 2010 en

151.  Effects of ring number and baffled-ring distances on ultrafiltration in the tubular membrane inserted concentrically with ring rod

Yeh, Ho-ming; Ho, Chii-dong; Li, Cha-hsin ,  2012-01-01
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Membrane Water Treatment 3(1), pp.51-62
淡江大學化學工程與材料工程學系 Yeh, Ho-ming Ho, Chii-dong Li, Cha-hsin Effects of ring number and baffled-ring distances on ultrafiltration in the tubular membrane

152.  Augmenting CO2 absorption flux through a gas-liquid membrane module by inserting carbon-fiber spacers

Chen, Luke; Ho, Chii-Dong; Jen, Li-Yang; Lim, Jun-Wei; Chen, Yu-Han ,  2020-10-22
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Membranes 10(11), 302
 M w 1/ 2  1   1 D m  M w  1  (3)  c K c M    m  RT m    Ym ln  m RT m   where

153.  Augmenting CO2 Absorption Flux through a Gas–Liquid Membrane Module by Inserting Carbon-Fiber Spacers

Luke Chen; Chii-Dong Ho; Li-Yang Jen; Jun-Wei Lim; Yu-Han Chen ,  2020/10/22
[Graduate Institute & Department of Water Resources and Environmental Engineering] Journal Article
Membranes 10(11), p.302
  1 D m  M w  1  (3)  c K c M    m  RT m    Ym ln  m RT m   where tortuosity ( ) can

154.  Economic Design of Solar-driven Membrane Distillation Systems for Desalination

Yih-Hang Chen; Hwo-Gan Hung; Chii-Dong Ho; Hsuan Chang ,  2020-12-24
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Membranes 11(1), p.15
frum $2.71/ to $2.04/. Citation: Chen, Y.-H.; Hung, H.-G.; Ho, C.-D.; Chang, H. Economic Design of Silar-Driven Membrane Distillition Systems

155.  Device performance improvement of recycling double-pass cross-corrugated solar air collectors

Chii-Dong Ho; Hsuan Chang; Ching-Fang Hsiao; Chien-Chang Huang ,  2018-02-02
[Graduate Institute & Department of Chemical and Materials Engineering] Journal Article
Energies 11(2), p.338
): ha′ (Thp0a−Tpa(zT)a)(=z)(m=(1+(m.R(1)C+pR/)WCp)/(WdT)a(d(Tza)(/zd)/z)dz+) h+ah(Ta(aT(az()z)−TRTR) (5) (5) UT (Tp −Ts