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Ahmad Fauzi Ismail, 1966-
(48)
Hamdani Saidi, 1953-
(12)
Fakulti Kejuruteraan Kimia dan Kejuruteraan Sumber Asli
(10)
Lai, Ping Yean
(8)
Azeman Mustafa, supervisor
(7)
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Gas separation membranes
(146)
Membranes (Technology)
(75)
Gases -- Separation
(67)
Membrane separation
(58)
Separation (Technology)
(26)
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1. 
Cover image for Gas separation using membranes
2. 
Cover image for Polymeric gas separation membranes
3. 
Cover image for Polymides gas separation membranes
4. 
Cover image for Polymeric gas separation membranes
5. 
Cover image for Carbon membranes for gas separation
6. 
Cover image for Plasticization of gas separation membranes
7. 
Cover image for Nanocomposite Membranes for Gas Separation
8. 
Cover image for Gas separation membranes : polymeric and inorganic
9. 
Cover image for Membranes in gas separation and enrichment
10. 
Cover image for Anisotropic membranes for gas separation
11. 
Cover image for High performance gas separation membranes
12. 
Cover image for Fabrication of hollow fibre gas separation membranes
13. 
Cover image for Development of micro- and mesoporous ceramic-based materials for gas separation membranes
14. 
Cover image for Development of micro- and mesoporous ceramic-based materials for gas separation membranes
15. 
Cover image for Polyaniline and its derivative hollow fiber membranes for gas separation
16. 
Cover image for Development and modelling of mixed matrix membranes incorporating large pore size clay for gas separation
17. 
Cover image for Development and modelling of mixed matrix membranes incorporating large pore size clay for gas separation
18. 
Cover image for Fabrication and characterization of polyethersulfone multi-walled carbon nanotubes mixed matrix membranes for gas separation
19. 
Cover image for Fabrication and characterization of polyethersulfone multi-walled carbon nanotubes mixed matrix membranes for gas separation
20. 
Cover image for Functionalized carbon nanotube and polyimide mixed matrix membranes for gas separation
21. 
Cover image for Preparation and characterization of para - phenylenediamine cross-linked polyimide membranes for gas separation
22. 
Cover image for Preparation and characterization of para - phenylenediamine cross-linked polyimide membranes for gas separation
23. 
Cover image for Chemical cross linking modification of matrimid membranes using phenylenediamine for gas separation
24. 
Cover image for Functionalized carbon nanotube and polyimide mixed matrix membranes for gas separation
25. 
Cover image for Development of defect - free and ultrathin - skinned asymmetric membranes for gas separation
26. 
Cover image for Materials science of membranes for gas and vapor separation
27. 
Cover image for Formation and characterization of polyacrylonitrile (PAN) carbon hollow fiber membranes for gas separation
28. 
Cover image for Formation and characterization of polyacrylonitrile (PAN) carbon hollow fiber membranes for gas separation
29. 
Cover image for Development of polysulfone asymmetric membrane using pneumatically-controlled membrane casting system and the study of the effects of shear rate and forced convection residence time on gas separation membranes performance
30. 
Cover image for Development of defect-free and ultrathin-skinned asymmetric membranes for gas separation
31. 
Cover image for Studies on the effect of solution formulation on the separation performance of asymmetric polysulfone membranes for gas separation
32. 
Cover image for Development of defect-free and ultrathin-skinned asymmetric membranes for gas separation
33. 
Cover image for Modeling of gas separation network system for hollow fiber membranes
34. 
Cover image for Production of super selective polysulfone hollow fiber membranes for gas separation
35. 
Cover image for Development of high performance asymmetric polysulfone membranes for gas separation process
36. 
Cover image for Effect of CO2-induced plasticization on the performance of asymmetric polysulfone membranes for CO2/CH4 gas separation
37. 
Cover image for A review on the latest development of carbon membranes for gas separation
38. 
Cover image for Effect of pyrolysis temperature on the carbon membranes for gas separation
39. 
Cover image for Effects of casting solution composition on gas separation performance of asymmetric membranes
40. 
Cover image for Penetrant-induced plasticization in glassy polymer membranes for gas separation
41. 
Cover image for Latest development of carbon hollow fiber membranes for gas separation
42. 
Cover image for The practical use of resistance modelling to interpret the gas separation properties of hollow fiber membranes
43. 
Cover image for Effects of aporation time on the skin formation and the separation performance of asymmetric membranes for gas separation
44. 
Cover image for Computer modelling of multicomponent gas separation by membranes
45. 
Cover image for Polysulfone gas separation hollow fiber membranes with enhanced selectivity
46. 
Cover image for Novel studies of molecular orientation in synthetic polymeric membranes for gas separation
47. 
Cover image for Novel studies of molecular orientation in synthetic polymeric membranes for gas separation
48. 
Cover image for Novel studies of molecular orientation in synthetic polymeric membranes for gas separation
49. 
Cover image for Preparation and gas separation performance of silicone-coated polysulfone membranes
50. 
Cover image for Carbon molecular sieve gas separation membranes-II : regeneration following organic exposure
51. 
Cover image for Carbon molecular sieve gas separation membranes : preparation and characterization based on polymide precursors
52. 
Cover image for Design and manufacture of hollow fiber membranes for gas separation
53. 
Cover image for Pemisahan beta-carotene daripada minyak sawit mentah dan penurasan minyak isirung sawit; Media pelbagai dalam kejuruteraan kimia : sistem penyerapan; Media pelbagai dalam kejuruteraan kimia : penyejatan; Media pelbaagai dalam kejuruteraan kimia : sistem pemisahan pepejal-cecair; Media pelbagai dalam kejuruteraan kimia : sistem penyarian cecair-cecair; Pulsative effect on the performance of gas separation using hollow fibre membranes for oxygen enrichment
54. 
Cover image for Pulsative effect on the performance of gas separation using hollow fibre membranes for oxygen enrichmen t
55. 
Cover image for Modelling of gas separation by hollow fiber membranes
56. 
Cover image for Wet spinning of asymmetric hollow fibre membranes for gas separation
57. 
Cover image for The preparation and characterization of hollow fibre membranes for gas separation
58. 
Cover image for Effect of antiplasticization on selectivity and productivity of gas separation membranes
59. 
Cover image for Method for preparing composite membranes for enhanced gas separation
60. 
Cover image for Process for forming asymmetric gas separation membranes having graded density skins
61. 
Cover image for Substituted propyne polymers : I chemical surface modification of poly(1-(trimethylsilyl) propyne) for gas separation membranes
62. 
Cover image for Characterization of asymmetric polysulphone membranes for gas separation
63. 
Cover image for Development of gas separation system by membranes : preliminary results of membranes characterization
64. 
Cover image for Solvent exchange drying of membranes for gas separation
65. 
Cover image for Thermodynamic efficiency of separation of gas mixtures on polymer membranes
66. 
Cover image for Modelling of gas separation by hollow fiber membranes
67. 
Cover image for Molecular orientation and the performance of synthetic polymeric membranes for gas separation
68. 
Cover image for Direct measurement of rheologically induced molecular orientation in gas separation hollow fibre membranes and effects on selectivity
69. 
Cover image for Nanofiber Membranes for Medical, Environmental, and Energy Applications
70. 
Cover image for Membrane technology for COâ‚‚ sequestration and separation
71. 
Cover image for Multilayer coating on the surface of polyamide-imides graphene oxide hollow fiber membrane for gas separation
72. 
Cover image for Multilayer coating on the surface of polyamide-imides graphene oxide hollow fiber membrane for gas separation
73. 
Cover image for Development of polymer blend-based carbon membrane for carbon dioxide separation from natural gas
74. 
Cover image for Development of polymer blend-based carbon membrane for carbon dioxide separation from natural gas
75. 
Cover image for Disk supported carbon membrane derived from based polymer polyimide for carbon dioxide related separation
76. 
Cover image for Disk supported carbon membrane derived from based polymer polyimide for carbon dioxide related separation
77. 
Cover image for Formic acid crosslinked cellulose acetate defect-free asymmetric membrane for gas separation
78. 
Cover image for Formic acid crosslinked cellulose acetate defect-free asymmetric membrane for gas separation
79. 
Cover image for Thin film nanocomposite membrane incorporated with polymethyl metharcylate grafted multi-walled carbon nanotubes for gas separation
80. 
Cover image for Membrane Technology for Water and Wastewater Treatment, Energy and Environment
81. 
Cover image for Polyethersulfone/cloisite15A mixed matrix membrane for gas separation
82. 
Cover image for Polyethersulfone/cloisite15A mixed matrix membrane for gas separation
83. 
Cover image for Thin film nanocomposite membrane incorporated with polymethyl metharcylate grafted multi-walled carbon nanotubes for gas separation
84. 
Cover image for Novel layered silicate mixed matrix membrance for gas separation
85. 
Cover image for Development of porous mixed matrix hollow fiber membranes for efficient carbon dioxide removal in gas-liquid membrane contactor
86. 
Cover image for Development of porous mixed matrix hollow fiber membranes for efficient carbon dioxide removal in gas-liquid membrane contactor
87. 
Cover image for The effect of polydimethylsiloxane/ZIF-8 coating on polysulfone hollow fiber membrane for CO2/CH4 separation
88. 
Cover image for Biotechnology, chemical and materials engineering III : selected, peer reviewed papers from the 2013 3rd International Conference on Biotechnology, Chemical and Materials Engineering (CBCME 2013), December 12-13, 2013, Hong Kong, China
89. 
Cover image for Novel layered silicate mixed matrix membrane for gas separation
90. 
Cover image for Preparation and characterization of polysulfone/NH4+-ZIF-8 mixed matric membrane for gas separation
91. 
Cover image for Membrane technology and environmental applications
92. 
Cover image for Preparation and characterization of polyetherimide/polyvinylpyrrolidone-based carbon hollow fiber membrane for gas separation
93. 
Cover image for Purification and functionalization of multiwalled carbon nanotube in mixed matrix membrane for gas separation application
94. 
Cover image for Purification and functionalization of multiwalled carbon nanotube in mixed matrix membrane for gas separation application
95. 
Cover image for Preparation and characterization of polyetherimide/polyvinylpyrrolidone-based carbon hollow fiber membrane for gas separation
96. 
Cover image for Separation of carbon dioxide from natural gas by emulsion liquid membrane in rotating disc contractor
97. 
Cover image for Separation of carbon dioxide from natural gas by emulsion liquid membrane in rotating disc contractor
98. 
Cover image for Membrane engineering for the treatment of gases
99. 
Cover image for Effect of cross linking reagents on the performance of polyimide membrane for gas separation
100. 
Cover image for Preparation and characterizations of polyimide-silica hybrid membrane for gas separation
101. 
Cover image for Preparation and characterizations of polyimide-silica hybrid membrane for gas separation
102. 
Cover image for Membrane gas separation
103. 
Cover image for Effects of thermal annealing on cross-linked reaction and performance of polyimide membrane for gas separation
104. 
Cover image for Nanotube clays as new innovative fillers for mixed matrix membrane for gas separation
105. 
Cover image for Carbon nanotube - based polyimide mixed matrix membrane for gas separation
106. 
Cover image for Inorganic membranes for energy and environmental applications
107. 
Cover image for Gas separation through polyimide matrimid asymmetric flat sheet membrane with various modifications
108. 
Cover image for Resorcinol - formaldehyde carbon xerogel as molecular sieve fillers for hollow fiber mixed matrix membrane for gas separation
109. 
Cover image for Matrimid and functionalized multi-walled carbon nanotubes mixed matrix membrane for gas separation
110. 
Cover image for Performance evaluation of polyethersulfone -fumed silica mixed matrix membrane for gas separation
111. 
Cover image for Fabrication and characterization of flat sheet and hollow fiber mixed matrix membrane for gas separation
112. 
Cover image for Enhancement of gas separation performance of carbon nano tubes mixed matrix membrane using acid treatment
113. 
Cover image for Enhancement of gas separation performance of carbon nanotubes mixed matrix membrane using novel silane agent
114. 
Cover image for Fabrication and characterization of flat sheet and hollow fiber mixed matrix membrane for gas separation
115. 
Cover image for Ceramic membranes for separation and reaction
116. 
Cover image for Development and characterization of polyethersulfone blends with polyimide mixed matrix membrane for oxygen and nitrogen gas separation
117. 
Cover image for Development and characteriztion of polysulfone - carbon molecular sieves mixed matrix membrane for oxygen/nitrogen gas sepation
118. 
Cover image for Development of hollow fiber membrane gas separation network
119. 
Cover image for Performance enhancement of polyethersulfone-zeolite hollow fiber mixed matrix membrane using novel silane coupling agent for gas separation
120. 
Cover image for Studies effect of polymer concentration and silicon coated on performance of polysulfone-acrylonitrile-butadiene-styrene(mindel® S-1000) asymmetric membrane for CO2/CH4 gas separation
121. 
Cover image for Development of defect-free and hyperthin-skinned of asymmetric cellulose acetate membrane from binary dope system for gas separation
122. 
Cover image for Development of polyethersulfone - activated carbon mixed matrix membrane for oxygen enrichment
123. 
Cover image for Effects of fabrications conditions on the performance of membrane asymmetric for gas separation
124. 
Cover image for Development of adsorption selective carbon membrane using cellulose acetate for separation of O2/N2 and C1-C4 hydrocarbons/N2
125. 
Cover image for Development of asymmetric carbon hollow fiber membrane gas separation
126. 
Cover image for Development of adsorption selective carbon membrane using cellulose acetate for separation of O2/N2 and C1-C4 hydrocarbons/N2
127. 
Cover image for Formation and characteristion of mixed matrix composite materials for efficient energy gas separation
128. 
Cover image for Development of defect-free mindel S-1000 asymmetric membrane for gas separation through manipulation of dope formulation and rheological factor
129. 
Cover image for Effect of CO2-induced plasticization and membrane configuration on the performance of asymmetric polysulfone hollow fiber membrane for CO2/CH4 gas separation
130. 
Cover image for Effect of CO2-induced plasticization and membrane configuration on the performance of asymmetric polysulfone hollow fiber membrane for CO2/CH4 gas separation
131. 
Cover image for Performance of sealed lead acid battery enhanced by gas separation membrane technology
132. 
Cover image for Understanding the solution-diffusion mechanism in gas separation membrane for engineering students
133. 
Cover image for Enhancement of the tropicalized lead acid battery by incorporating membrane based gas separation technology
134. 
Cover image for Development of defect-free and hyperthin-skinned asymmetric cellulose acetate membrane from binary dope system for gas separation
135. 
Cover image for Development and characterization of sulfonated polysulfone membrane for proton exchange membrane fuel cell (PEMFC)
136. 
Cover image for Development of asymmetric polysulfone membrane for the application in tropicalized lead acid battery
137. 
Cover image for Development of asymmetric polysulfone membrane for the application in tropicalized lead acid battery
138. 
Cover image for Development and characterization of sulfonated polysulfone membrane for proton exchange membrane fuel cell (PEMFC)
139. 
Cover image for Development of defect-free and hyperthin-skinned asymmetric cellulose acetate membrane from binary dope system for gas separation
140. 
Cover image for Effect of fabrication conditions on the performance of membrane asymmetric for gas separation Kesan keadaan penyediaan ke atas prestasi membran asimetrik untuk pemisahan gas
141. 
Cover image for Kesan agregat lembap dan berdebu terhadap jalan dandanan permukaan
142. 
Cover image for Effect of fabrication conditions on the performance of membrane asymmetric for gas separation = Kesan keadaan penyediaan ke atas prestasi membran asimetrik untuk pemisahan gas
143. 
Cover image for Development of asymmetric membrane from a polymer blends for gas separation application = Pembangunan membran asimetrik daripada campuran polimer untuk aplikasi pemisahan gas
144. 
Cover image for Development of asymmetric membrane from a polymer blends for separation application = Pembangunan membran asimetrik daripada campuran polimer untuk aplikasi pemisahan gas
145. 
Cover image for Development of hollow fiber membrane gas separation network
146. 
Cover image for Penetrant-induced plasticization phenomenon in glassy polymers for gas separation membrane
147. 
Cover image for Simulation an experimental study of coolant temperature effect on gasoline engine performance
148. 
Cover image for Preparation of microporous carbon adsorbents from oil palm shell by physical and chemical treatments for gas separations
149. 
Cover image for Gas separation by liquid membrane accompanied by permeation of membrane liquid through membrane physical transport
150. 
Cover image for Permeation of wet CO2/CH4 mixed gas through a liquid membrane supported on surface of a hydrophobic microporous membrane
151. 
Cover image for Effect of heating duration on the carbon membranes performance
152. 
Cover image for Influence of purge gas flowrate during pyrolysis process on the polyacrlonitrile carbon membranes
153. 
Cover image for Time-dependent permeation of carbon dioxide through an asymmetric polysulfone membrane for gas separation
154. 
Cover image for Development of asymmetric polyacrylonitrile carbon hollow fiber membrane for oxygen / nitrogen gas separation
155. 
Cover image for Oxygen enrichment system for wastewater treatment using polysulfone hollow fiber membrane
156. 
Cover image for Development of asymmetric polyacrylonitrile carbon hollow fiber membrane for oxygen/nitrogen gas separation
157. 
Cover image for Model peralihan jisim diskret serentak bagi resapan titisan
158. 
Cover image for An interactive simulation model development of a hollow-fiber membrane for co2-ch4 separation system
159. 
Cover image for Processing microporous carbon adsorbents by physical and chemical treatments for gas separation
160. 
Cover image for Removal of carbon dioxide by microporous carbon adsorbents from oil palm shells
161. 
Cover image for Development of membrane oxygen enrichment system for wastewater aeration system
162. 
Cover image for Development of simulation model for a hollow fiber membrane N2-H2 separation system
163. 
Cover image for Kajian terhadap penyesuaian akademik, sosial dan emosional pelajar tingkatan satu serta hubungannya dengan jantina, pencapaian, latar belakang pekerjaan dan pendidikan ibubapa di sekolah-sekolah menengah Felda Daerah Kota Tinggi, Johor Darul Takzim
164. 
Cover image for Separation of gas mixtures using hollow fibre membrane pilot plant data analysis
165. 
Cover image for Kajian keutuhan permukaan hasil proses mengisar halus ke atas keluli alat
166. 
Cover image for Pengkajian pemisahan komponen gas secara membran tuangan kepingan rata polisulfon
167. 
Cover image for Penilaian prestasi membran gentian geronggang polisulfona dalam pengasingan gas
168. 
Cover image for Penyelakuan prestasi membran gentian geronggang bagi sistem pemisahan gas secara kaedah berangka
169. 
Cover image for Numerical simulation of a hollow-fiber membrane for gas separation system
170. 
Cover image for Selective surface flow membrane for gas separation
171. 
Cover image for Kesan suhu ke atas sifat mekanikal polimer polistirena hentaman tinggi ... [et al.]
172. 
Cover image for Simulasi pemisahan gas dengan membran berperingkat dalaman melalui model percampuran sempurna dan model aliran arus selari
173. 
Cover image for Mathematical modelling on gas separation system for the single stage hollow fiber membrane
174. 
Cover image for Kajian terhadap pepengaruhan sifat haba ke atas fenomena penuaan pada membran bagi pemisahan gas
175. 
Cover image for Linear on-line estimator for control of a polyethylene reactor ... [et al.]
176. 
Cover image for Effect of oxidation on gas permeation of carbon molecular sieving membranes based on BPDA-pp'ODA polyimide
177. 
Cover image for Borehole filtration and formation damage due to drilling fluids and cement; To investigate the impact of saline sewage upon the biological treatment process through the use of respirometry; Penghasilan membran gentian geronggang menggunakan spineret buatan tempatan; Separation of CO2 from CO2/CH4 mixtures using hollow fiber membrane permeator : characterization of permeation performance; Development stages of gas network analysis program
178. 
Cover image for Penentuan nilai parameter teori erapan mod duaan (TEMD) bagi gas nitrogen dalam membran selulos asetat
179. 
Cover image for Modeling and simulation of gas separation using membrane
180. 
Cover image for Carbon molecular sieves: preparation, applications and recent trends
181. 
Cover image for Nanoporous carbon membrane for gas separation
182. 
Cover image for Pemekatan gelatin menggunakan penurasan ultra; Pembangunan perisian untuk sifat stim dan gas berbantukan komputer; Pemisahan olein-stearin menggunakan berbagai media penuras; Pembakaran sisa pepejal perbandaran dan minyak pencemar; Tahap pencemaran dan inventori di Sungai Buluh; Taburan saiz liang dan kesan terhadap kebolehtelapan membran untuk pemisahan gas; Mengesan kandungan fenol dalam air minuman dan air mentah; Pembangunan bank data dan sifat-sifat bahan kimia berbantukan komputer; Pelunturan minyak mentah kelapa sawit dan pengujian lempung (clay) tempatan; Penyelakuan model kawalan suap bagi proses penyulingan; Perubahan sifat-sifat fizik minyak sayuran dengan suhu; Menentukan kandungan karbon teraktif dari loji pandu UTM; Pencemaran udara di dalam bangunan tinggi (Indoor air pollution in highrise buildings)
183. 
Cover image for Pembangunan sintesis metil ester daripada minyak olein dengan menggunakan enzim lipase tersekat gerak; Pengukuran kebolehtelapan mambran polimer; Penilaian kualiti udara berhampiran kilang simen; Kajian ciri-ciri mekanikal adunan polipropilena dan ko-polimer etilena vinal asetat; Kajian kesan suhu ke atas proses pensakaridaan kanji ubi kayu mentah oleh kulat Aspergillus sp.; Kromatografi cecair tekanan tinggi : penganalisaan karbohidrat hasil daripada fermentasi 10% kanji; Penyelakuan sistem rawatan berudara air sisa kilang sawit; Analisa karbohidrat dari fermentasi kanji menggunakan kaedah kromatografi cecair tekanan tinggi; Kajian parameter pengkulturan kultur tisu haiwan dalam fermenter; Kajian penggunaan kaedah Savitsky dan Golay di dalam penganggaran parameter bagi kawalan suai; Kajian terhadap keupayaan "duckweed" (lemna sp.) dalam pengambilan logam-logam berat surihan (plumbum dan kuprum)
184. 
Cover image for Carbon molecular sieve films from polyimide
185. 
Cover image for Kajian adunan tiga bahan polimer polietilena, polipropilena dan getah asli; Pengukuran kadar kebolehtelapan gas melalui membran polimer menggunakan kaedah isipadu tetap; Penghasilan minyak kelapa dengan menggunakan pelarut heksana; Penurasan buburan minyak kelapa sawit pada tekanan tinggi; Penghasilan minyak kacang tanah menggunakan pelarut heksana; Penulenan protein hirudin daripada spesis lintah tempatan; Penghidrogenan minyak kelapa sawit mentah; Penyahwarnaan minyak kelapa sawit mentah dan penulinan air buangan dengan menggunakan karbon teraktif; Penurasan buburan kalsium karbonat dengan penuras hampagas berputar; Penurasan arah atas buburan minyak sawit mentah; Perlakuan dinamik reaktor tercampur; Pengolahan data, arahan dan kawalan alat penyejat
186. 
Cover image for Taburan saiz liang dan kesan terhadap kebolehtelapan membran untuk pemisahan gas
187. 
Cover image for Development of molecular sieving properties in microporous carbons
188. 
Cover image for Anggaran parameter erapan ragam duaan bagi gas tulen melalui membran berkaca dengan menggunakan "Rim"
189. 
Cover image for Peningkatan pekali pemindahan jisim gas polimer melalui penggalak turbulen menggunakan injap pendikit
190. 
Cover image for Kesan kepekatan polimer dalam larutan polimer terhadap fluks membran
191. 
Cover image for Kesan kepekatan ethanol dalam larutan pemendakan ke atas sifat membran selulos asetat
192. 
Cover image for Pencirian membran fotopemulaan; Kesan kepekatan ethanol dalam larutan pemendakan ke atas sifat membran selulos asetat; Kesan suhu cecair pengentalan dan masa mastautin ke atas kekuatan fizikal membran polimer gentian geronggang; Kesam kelembapan bandingan ke atas kebolehtelapan gas tulen melalui membran polimer; Kesan gelombang mikro ke atas sifat fizikal lapisan polimer nipis
193. 
Cover image for Kesan kepekatan polimer dalam larutan polimer terhadap fluks membran; Anggaran parameter erapan ragam duaan bagi gas tulen melalui membran berkaca dengan menggunakan "Rim"; Peningkatan pekali pemindanan jisim gas polimer melalui penggalak turbulen menggunakan injap pendikit; Kesan masa peruwapan pelarut ke atas struktur membran; Ciri-ciri fizik karbon teraktif
194. 
Cover image for Pengukuran kadar kebolehtelapan gas melalui membran polimer menggunakan kaedah isipadu tetap
195. 
Cover image for Kesan oksigen ke atas penghasilan etanol dan penggunaan substrat dalam penapaian bakteria Zymomonas mobilis; Sifat-sifat mekanikal bagi botol komersial; Penyiaran pelarut ke atas serpihan isi rong sawit; Pembangunan pakej perisian alat bantu mengajar dan belajar bagi sistem kawalan proses; Pemisahan gas dengan menggunakan gentian geronggang; Mengawal kandungan asid lemak bebas dalam isirong kelapa sawit semasa storan
196. 
Cover image for Pengukuran kebolehtelapan mambran polimer
197. 
Cover image for Pemisahan gas dengan menggunakan membran gentian geronggang
198. 
Cover image for Gas separation with symmetric cellulose acetate hollow fibers : models, experimental behavior and new separation concepts
199. 
Cover image for Pemisahan gas dengan menggunakan membran gentian geronggang
200. 
Cover image for Proceedings of particulate technology conference
201. 
Cover image for Rekabentuk penyimenan menggunakan komputer ; Rekabentuk perlengkapan telaga menggunakan komputer ; Pemisahan gas karbon dioksida menggunakan membran ; Ilmenit sebagai bahan pemberat simen ; Minyak sawit sebagai bahan pelincir lumpur penggerudian ; Tempurung kelapa sawit sebagai agen kehilangan edaran dalam operasi penggerudian
202. 
Cover image for Pengawasan zarahan boleh sedut di Kuala Lumpur; Kajian keluaran ekzos kenderaan bergerak bagi negeri-negeri di Semenanjung Malaysia untuk tempoh 1980-1988; Pemisahan gas dengan menggunakan membran gentian geranggang; Penghasilan pewarna asli daripada buah kenduduk (Melastomaceae); Pemisahan emulsi minyak-air dengan kaedah penurasan mikro aliran silang; Penyarian pelarut ke atas kernel kelapa sawit; Kajian kualiti air dibahagian hulu sungai Klang; Penghasilan karbon teraktif daripada tempurung kelapa dan kelapa sawit
203. 
Cover image for The carbon molecular sieve membranes : general properties and the permeability of CH4/H2 mixture
204. 
Cover image for Investigation on binary and ternary gas separations using polymeric membrane permeators
205. 
Cover image for Molecular sieve carbon permselective membrane : part 1. presentation of a new device for gas mixture separation
206. 
Cover image for Methane separation by a continuous membrane column
207. 
Cover image for Transport of single gases and of binary gas mixtures in a microporous carbon membrane
208. 
Cover image for Gas separations with high-flux cellulose acetate membranes
209. 
Cover image for Principles of membrane gas separation
210. 
Cover image for Membrane structure and gas separation
211. 
Cover image for Performance of a versatile variable-volume permeability cell : comparison of gas permeability measurements by the variable-volume and variable-pressure methods
212. 
Cover image for The permeation of gases through symmetric and asymmetric (Loeb-Type) cellulose acetate membranes
213. 
Cover image for Characterization of asymmetric hollow fibre membranes with graded-density skins
214. 
Cover image for Penentuan nilai parameter teori erapan mod duaan (TEMD) bagi gas nitrogen dalam membran selulos asetat; Effect of a regional aquifer on the performance of a group of oil and gas reservoirs in J-20 sand, Malay Basin, Malaysia; Modeling and simulation of gas separation using membrane; The mechanical strength of mitotic cells; Combustion of municipal solid waste to produce heat, steam or electricity; Kajian fenomena peruwapan gas petroleum cecair di dalam storan
215. 
Cover image for Separation of CO2 from mixtures by membrane permeation
216. 
Cover image for State of the art : gas separation
217. 
Cover image for Processes
218. 
Cover image for Asymmetric polysulfone hollow fiber menbranes for gas separation
219. 
Cover image for A preliminary study of flat sheet asymmetric membrane formation for gas separation applications
220. 
Cover image for Defect-free ultrahigh flux asymmetric membranes
221. 
Cover image for Membrane gas separation with permeate purging
222. 
Cover image for A pressure swing membrane separation process
223. 
Cover image for Analysis of internally multistaged gas permeator
224. 
Cover image for A study of concentration polarization phenomenon on the surface of a gas separation membrane
225. 
Cover image for Synthesis and characterization of ceramic (alumina) membrane sheet
226. 
Cover image for A comparison of some recycle permeators for gas separations
227. 
Cover image for Separation of phenolic compounds by low pressure composites membranes : mathematical model and experimental results
228. 
Cover image for Simplified calculation of gas-permeation hollow-fiber modules for the separation of binary mixtures
229. 
Cover image for Development of gas separation system by membrane : effects of different physical parameters on membrane formation
230. 
Cover image for Commercial applications for gas permeation membrane systems
231. 
Cover image for Bringing new technology to a new market
232. 
Cover image for Removal of H2S and/or CO2 from a light hydrocarbon stream by use of gas permeable membranes
233. 
Cover image for Pemisahan gas dengan menggunakan gentian geronggang
234. 
Cover image for Preparation and performance of 'finger-like membrane' for gas separation
235. 
Cover image for Energy saving in a gas processing plant through application of a membrane system
236. 
Cover image for Gas membrane process optimization
237. 
Cover image for Removal of carbon dioxide from breathing gas mixtures using a hollow fibre permeator
238. 
Cover image for Pemisahan gas karbon dioksida menggunakan membran
239. 
Cover image for Bringing new technology to a new market
240. 
Cover image for Design and manufacture of hollow fiber module gas separator
241. 
Cover image for Process for preparing hollow fiber having selective gas permeability
242. 
Cover image for Numerical modelling of CO2 separation in a membrane gas separation system
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Cover image for Hollow fiber inorganic membranes for gas separations
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Cover image for Economic considerations in membrane gas separation process design
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Cover image for Numerical solution of a mathematical model for hollow-fibre membrance gas separation system
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Cover image for Design of pilot plant for separation of CO2 from natural gas using permeation membrane
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Cover image for Semi-permeable membranes with an internal discriminating region
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Cover image for Process for separation of the constituents of a mixture in the gas phase using a composite membrane
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Cover image for Filled membranes for separation of polar from non-polar gases
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Cover image for Recovery of carbon dioxide from a carbon dioxide plant vent gas using membranes
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Cover image for Process for membrane separation of gas mixtures
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Cover image for Hollow synthetic fibers
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Cover image for Asymmetric polysulfone hollow fiber membranes for gas separations
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Cover image for The developing technology of gas separating membranes
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Cover image for Engineering aspect of the continuous membrane column
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Cover image for Technical gas permeation processes
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Cover image for Hollow fiber gas separation membrane: structure and properties
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Cover image for Separation of gases by means of permeable membranes : permeability of plastic membranes to gases
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Cover image for Ligase : an automated apparatus for gas permeability and separation measurements
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Cover image for Gas separation in a membrane unit:experimental results and theoretical predictions
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Cover image for Multicomponent membrane for gas separations
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Cover image for Modeling of permeators with two different types of polymer membranes
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Cover image for Effect of pressure on gas permeability coefficients : a new application of "free volume" theory
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Cover image for Polyetherimide/multiwall carbon nanotube mixed matrix hollow fiber membrane for gas separation
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Cover image for Polyetherimide/multiwall carbon nanotube mixed matrix hollow fiber membrane for gas separation