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Farid Nasir Ani, 1957-
(15)
Fakulti Kejuruteraan Mekanikal
(13)
Ahmad Hussain
(8)
Fakulti Kejuruteraan Kimia dan Kejuruteraan Sumber Asli
(8)
Anwar Johari
(6)
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Fluidized-bed combustion
(125)
Combustion chambers
(8)
Fluidization
(8)
Combustion engineering
(6)
Combustion engineering -- Environmental aspects
(6)
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1. 
Cover image for Fluidized bed combustion
2. 
Cover image for Fluidized Bed Combustion
3. 
Cover image for Pressurized fluidized bed combustion
4. 
Cover image for Pembakaran lapisan terbendalir (Fluidized bed combustion)
5. 
Cover image for Evaluating the fluidized bed combustion option
6. 
Cover image for Pressurized fluidized bed combustion technology
7. 
Cover image for Combustion of tyre in a fluidized bed
8. 
Cover image for Combustion of tyre in a fluidized bed
9. 
Cover image for Palm wastes combustion in bubbling fluidized bed
10. 
Cover image for Characterizing fuels for atmospheric fluidized bed combustion
11. 
Cover image for Proceedings of the 18th International Conference on Fluidized Bed Combustion : May 22 - 25 Ontario, Canada
12. 
Cover image for Experimental and numerical study of fluidized bed combustion with air staging using palm shell
13. 
Cover image for Fluidized bed technologies for near-zero emission combustion and gasification
14. 
Cover image for Experimental and numerical study of fluidized bed combustion with air staging using palm shell
15. 
Cover image for Combustion performance in a fluidized bed combustor : application of air staging
16. 
Cover image for Effect of moisture content in the combustion of simulated municipal solid waste by using rectangular fluidized bed
17. 
Cover image for Effect of fluidizing number on the combustion of empty fruit bunch in fluidized bed
18. 
Cover image for Effect of fluidizing number on the combustion of empty fruit bunch in fluidized bed
19. 
Cover image for Effect of moisture content in the combustion of simulated municipal solid waste by using rectangular fluidized bed
20. 
Cover image for Co-combustion in fluidized bed combustor - tyres derived fuel and tyres-coal derived fuel
21. 
Cover image for Combustion of industrial waste in fluidized bed combustor (FBC) for power generation
22. 
Cover image for Circulating fluidized bed combustion of coal and biomass mixtures
23. 
Cover image for Circulating fluidized bed combustion of coal and biomass mixtures
24. 
Cover image for Combustion of industrial waste in fluidized bed combustor (FBC) for power generation = Penunuan sisa industri dalam FBC untuk penjanaan tenaga
25. 
Cover image for Fluidized bed combustion of rice husk for disposal and energy recovery
26. 
Cover image for Kesan campuran perencat ke atas kakisan dan cadangan rekabentuk radas ujikaji sebagai simulasi sistem penyejukan kereta untuk kajian perencatan kakisan; Pembakaran lapisan terbendalir (fluidized bed combustion); Kajian peringkatan pemindahan haba dari gas kececair; Gayalaku aerodinamik bulu tangkis; Merekabentuk logi rawatan air minum kemas siap; Rekabentuk terowong asap halaju rendah; Mesin pengeringan untuk pengeluaran pertanian (mesin pengeringan secara berterusan selinder berputar)
27. 
Cover image for Fluidized bed combustion of rice husk for energy and pozzolana
28. 
Cover image for Characterization of solid wastes from circulating fluidized bed combustion
29. 
Cover image for Modelling of circulating fluidized bed combustion of a char
30. 
Cover image for Experimental investigation of combustion efficiency in a circulating fluidized bed organic waste incinerator
31. 
Cover image for Combustion of Malaysian peat in fluidized and spouted bed furnaces
32. 
Cover image for Design and operating parameters of a fluidized bed for the combustion of municipal solid waste using standpipes air distributors
33. 
Cover image for Design and operating parameters of a fluidized bed for the combustion of municipal solid waste using standpipes air distributors
34. 
Cover image for The effects of air staging on combustion performance of palm shell, palm fibre and woodchip in fluidized bed combustor
35. 
Cover image for Production of silica from rice husk combustion in fluidized bed system
36. 
Cover image for Determination of optimum operating parameters for combustion of refuse derived fuel in rectangular fluidized bed
37. 
Cover image for Combustion characteristics of palm shell fuel in fluidized bed combustion
38. 
Cover image for The effects of air staging on combustion performance of palm shell, palm fibre and woodchip in fluidized bed combustor
39. 
Cover image for Combustion characteristics of fluidized bed combustion using palm shell fuel
40. 
Cover image for Study of the effects of staged - air combustion on fluidized bed combustor
41. 
Cover image for Study of the effects of staged - air combustion on fluidized bed combustor
42. 
Cover image for Flow characterization of gas-solid mixture in fluidized bed combustion
43. 
Cover image for The effectiveness of natrium carbonate as an inhibitor for the combustion of municipal solid waste in a fluidized bed combustor
44. 
Cover image for The effectiveneness of urea as an inhibitor for the combustion of municipal solid waste in a fluidized bed combustor
45. 
Cover image for Combustion studies of the oil palm shell waste powder in a cirulating fluidized bed combustor (CFBC) - influence of primary air and CFBC temperatures on emissions
46. 
Cover image for Mengkaji kesan pembakaran udara berperingkat ke atas pembakar lapisan terbendalir dalam mengurangkan pancaran (emissions) dari sistem pembakaran = A study on the influence of air staging in a fluidized bed combustor for the reduction of emissions from a combustion system
47. 
Cover image for Reduction of noxious emissions by staged combustion for agricultural residues using a fluidized bed combustor
48. 
Cover image for FBC : technology for today
49. 
Cover image for Simulation studies of gas-solid in the riser of a circulating fluidized bed
50. 
Cover image for Computational study on the effect of temperature in fluidized bed gasifier
51. 
Cover image for Computational study on the effect of temperature in fluidized bed gasifier
52. 
Cover image for CFD: assessment on different bed height effect over drag model of fluidized bed
53. 
Cover image for CFD: assessment on different bed height effect over drag model of fluidized bed
54. 
Cover image for Simulations of catalytic ozone decomposition reaction in fluidized bed
55. 
Cover image for Simulations of catalytic ozone decomposition reaction in fluidized bed
56. 
Cover image for CFD simulation and PIV measurement of flow inside a fluidized bed combustor
57. 
Cover image for Chemical looping systems for fossil energy conversions
58. 
Cover image for Computational fluid dynamics (CFD) simulation of flow inside a fluidized bed combustor using large eddy simulation (LES)
59. 
Cover image for Computational fluid dynamics (CFD) simulation of flow inside a fluidized bed combustor using large eddy simulation (LES)
60. 
Cover image for Chemical looping systems for fossil energy conversions
61. 
Cover image for Effect of air factor in gasification of empty fruit bunch in fluidized bed
62. 
Cover image for Effect of air factor in gasification of empty fruit bunch in fluidized bed
63. 
Cover image for Circulating fludized bed combustion of coal and biomass mixtures
64. 
Cover image for Commissioning of a pilot scale fluidised bed combustor
65. 
Cover image for Kajian prestasi bahan api bio dalam pembakaran lapisan terbendalir (FBC)
66. 
Cover image for A study of biofuel performance with air staging
67. 
Cover image for A study of biofuel performance with air staging
68. 
Cover image for Kajian prestasi bahan api bio dalam pembakaran lapisan terbendalir (FBC)
69. 
Cover image for Commissioning of a pilot scale fluidised bed combustor
70. 
Cover image for Fluidisation and combustion characteristics of rice husk in a newly designed columnar - conical fluidised bed
71. 
Cover image for Hydrodynamic and thermochemical studies of palmshell waste and coal blends in a circulating fluidised bed riser
72. 
Cover image for Hydrodynamic and thermochemical studies of palmshell waste and coal blends in a circulating fluidised bed riser
73. 
Cover image for Circulating Fluidised Bed Combustion (CFBC) of coal and biomass mixtures
74. 
Cover image for Simulation flow inside a fluidized bed combustor
75. 
Cover image for Prestasi pembakaran oil palm shell dalam pembakaran lapisan terbendalir
76. 
Cover image for Simulation flow inside a fluidized bed combustor
77. 
Cover image for Pembakaran gabungan arang batu dengan biojisim
78. 
Cover image for Prestasi pembakaran oil palm shell dalam pembakaran lapisan terbendalir
79. 
Cover image for Simulation flow inside a fluidized bed combustor
80. 
Cover image for Combustion and gasification in fluidized beds
81. 
Cover image for Thermochemical behaviour of empty fruit bunches and oil palm shell waste in a circulating fluidized-bed combustor (CFBC)
82. 
Cover image for Co-combustion of biomass and Sarawak coal in a circulating fluidised bed combustor (CFBC)
83. 
Cover image for Pembakaran gabungan arang batu dengan biojisim
84. 
Cover image for Comparison of fluidised bed and spouted bed for the combustion of rice husk
85. 
Cover image for Design of a drying system for a fluidized BED combustor (FBC)
86. 
Cover image for Kajian prestasi pembakaran lapisan terbendalir menggunakan bahan api biojisim
87. 
Cover image for Comparison of fluidised bed and spouted bed for the combustion of rice husk
88. 
Cover image for Hydrodynamic studies of circulating fluidised bed combustion system kajian hidrodinamik ke atas kitaran lapisan terbendalir
89. 
Cover image for Mengkaji prestasi pembakaran lapisan terbendalir menggunakan kaedah pembakaran berperingkat
90. 
Cover image for Comparison of fluidised bed and spouted bed for the combustion of rice husk
91. 
Cover image for The effect of riser exit geometry on the hydrodynamics of a circulating fluidized bed
92. 
Cover image for Kajian prestasi pembakaran lapisan terbendalir menggunakan bahan api biojisim
93. 
Cover image for Mengkaji prestasi pembakaran lapisan terbendalir menggunakan kaedah pembakaran berperingkat
94. 
Cover image for Design of a drying system for a fluidized bed combustor (FBC)
95. 
Cover image for The effect of air staging on the gaseous emissions in a fluidized bed combustor
96. 
Cover image for Utilization of palm oil shell waste in a circulating fluidized bed combustor (CFBC)
97. 
Cover image for Hydrodynamic studies of circulating fluidised bed combustion system = kajian hidrodinamik ke atas kitaran lapisan terbendalir
98. 
Cover image for A computational study of gas-solid flow in the riser of a circulating fluidized bed
99. 
Cover image for Computational study of the hydrodynamics of the riser of a circulating fluidized bed using computational fluid dynamics software
100. 
Cover image for To study the effect of air staging on the temperature distribution and gaseous emission in a fluidized bed combustor (FBC)
101. 
Cover image for Rekabentuk awalan belon udara panas
102. 
Cover image for Effect of operating parameters on the minimum fluidisation velocity of an inclined fluidised bed
103. 
Cover image for Design and implementation of 16 bit DSP core processor using field programmable gate array (FPGA)
104. 
Cover image for Kaedah pengurangan emisi dari pembakaran lapisan terbendalir menggunakan udara tambahan ... [et al.]
105. 
Cover image for Combustion efficiency of palm wates in spouting and bubbling fluidised bed
106. 
Cover image for Design and three-dimensional computational fluid dynamics modelling of the horizontal rotating fluidised bed combustor
107. 
Cover image for Kaedah pengurangan emisi dari pembakaran lapisan terbendalir menggunakan udara tambahan
108. 
Cover image for Three-dimensional CFD modelling of the effects of swirl and particle diameter on the elutriation behaviour in a spinning fluidised bed combustor
109. 
Cover image for Kaedah pengurangan emisi dari pembakar lapisan terbendalir menggunakan udara berperingkat
110. 
Cover image for The study on the effectiveness of air staging in reducing emissions from a self-sustainable fluidized bed combustor
111. 
Cover image for Pengurangan emisi dari pembakar lapisan terbendalir melalui pembakaran udara berperingkat
112. 
Cover image for Pembangunan pengujian injap dalam sistem perpaipan
113. 
Cover image for Pengujian keatas pengalih udara
114. 
Cover image for Design and fabrication of a fluidized bed combustor
115. 
Cover image for Design and fabrication of a fluidized bed combustor
116. 
Cover image for Kajian keberkesanan kaedah pemberian udara berperingkat dalam mengurangkan pancaran (emisi) dari pembakar lapisan terbendalir
117. 
Cover image for Experimental investigation into the incineration of wool scouring sludges in a novel rotating fluidised bed
118. 
Cover image for Aplikasi udara berperingkat bagi mengurangkan pancaran dalam pembakar lapisan terbendalir
119. 
Cover image for Penyediaan sisa pepejal plastik untuk pembakaran lapisan terbendalir
120. 
Cover image for Pencirian plastik buangan polipropilena (PP) dan polietilena linear berketumpatan rendah (LLDPE) dari segi aspek kebolehbakarannya untuk pengaplikasian di dalam 'fluidized bed combustor' untuk pembaharuan tenaga
121. 
Cover image for Pencirian plastik buangan polipropilena (PP) dan polietilena linear berketumpatan rendah (LLDPE) dari segi aspek kebolehbakarannya untuk pengaplikasian di dalam 'fluidized bed combustor' untuk pembaharuan tenaga
122. 
Cover image for Process and procedures in the development of computer-aided subject modules
123. 
Cover image for Kesan perubahan nisbah mampatan ke atas prestasi enjin pembakaran dalam
124. 
Cover image for Design and fabrication of a fluidized bed combustor
125. 
Cover image for Kajian kesan penggunaan udara berperingkat dan penentuan parameter operasi pembakaran dalam pembakar jenis lapisan terbendalir
126. 
Cover image for The design of a variable air staging probe and operating parameters for a self-sustainable fixed bed combustion
127. 
Cover image for Kesan suhu terhadap aktiviti enzim cyclomaltodextrin glucanotransferase (CG Tase) daripada Mikroorganisma Alkalofilik ... [et al.]
128. 
Cover image for Pencampuran sekam padi dengan pasir dan abu dengan perbendaliran
129. 
Cover image for Pembakaran lapisan terbendalir sisa buangan industri pertanian
130. 
Cover image for Production of renewable energy from biomass and waste materials using fluidized bed technologies
131. 
Cover image for Kajian kesan penggunaan udara berperingkat dan penentuan parameter operasi pembakaran dalam pembakar jenis lapisan terbendalir
132. 
Cover image for Performance of corrosion resistance of zinch coating in domestic water
133. 
Cover image for Pembakaran lapisan terbendalir sisa buangan industri pertanian
134. 
Cover image for Study on the potentiality of implementing landfill methane recovery technology in Malaysia ...
135. 
Cover image for Perbandingan kaedah bagi mendapatkan semula tenaga dari bahan sisa
136. 
Cover image for Effect of air staging on palm shell combustion in fluidised bed incinerator
137. 
Cover image for Fluidised bed incineration of palm shell and oil sludge waste
138. 
Cover image for Pembakaran berperingkat sisa buangan pepejal (stage-combustion of solid waste)
139. 
Cover image for Fluidised bed incineration of palm shell and oil sludge waste ... [et al.]
140. 
Cover image for Laluan udara di dalam terowong kenderaan; Design of composite wing spar; Kajian hidrodinamik ke atas kitaran lapisan terbendalir; Gayalaku kincir angin (prototype) berkelakuan rendah; Stable aiming platform
141. 
Cover image for Pembakaran sisa buangan industri menggunakan sistem lapisan terbendalir (waste fludized bed combustion)
142. 
Cover image for Kajian hidrodinamik ke atas kitaran lapisan terbendalir
143. 
Cover image for Combustion of municipal solid waste to produce heat, steam or electricity
144. 
Cover image for The utilisation of palm oil and its solid waste products as fuel; Decentralized and hierarchical control of robot manipulators; Thermal characteristics of Malaysian building envelopes; Travelling wave solutions for some nonlinear evolution equations; Relationships between engineering properties and microstructural characteristics of mortar containing agricultural ash; Magnetic resonance imaging of solids using oscillating field gradients
145. 
Cover image for Preliminary studies using a small scale model of a fluidized bed combustor
146. 
Cover image for Kajian susunatur mesin dalam lubang berasaskan kayu; Analisis kegagalan matalat pemotong dalam operasi melarik; Kajian teknikal audit ke atas turbingas di stesen janaelektrik Jambatan Connaught, Kelang, Selangor Darul Ehsan; Kajian mampatan terhadap jejarian tiub geronggang; Experimental studies of sheet stretchability; merekabentuk dan fabrikasi alat mengemekkan kaleng minuman aluminium; Preliminary studies using a small scale model of a fluidized bedcombustor; Kajian kerja di sebuah kilang pembuatan; Kajian bahan dan cara bukan tradisional dalam pembuatan corak bagi proses tuangan logam; Gayalaku penapis melalui kaedah ujikaji
147. 
Cover image for The utilisation of palm oil and its solid waste products as fuel
148. 
Cover image for A study of circulating fluidised bed combustion
149. 
Cover image for Fluidized-bed combustor design, construction and operation
150. 
Cover image for Design and operation of a 6.0 inch fluidized bed gasifier for rice hulls
151. 
Cover image for Fluidization : fundamental studies, solid-fluid reactions, and applications
152. 
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
153. 
Cover image for Advantages of a novel horizontal rotating fluidised bed combustor
154. 
Cover image for Determination of particle and gas convective heat transfer in a circulating fluidized bed
155. 
Cover image for Stickoxidemissionsverminderung bei der Klarschlammverbrennung in einem Wirbelbettofen
156. 
Cover image for Heat transfer mechanism due to particle convection in circulating fluidized bed
157. 
Cover image for A mechanistic model for predicting the performance of a fluidized bed coal combustor
158. 
Cover image for The combustion of coal in fluidized beds
159. 
Cover image for Mathematical modelling of a fluidised bed charcoal gasifier
160. 
Cover image for A study on water quality and corrosion on boiler tubes; Model kebisingan jalanraya bagi jalan masuk dan keluar lebuhraya; Kajian terhadap penggunaan semula kersik kuprum dalam industri; Pembentukan sistem kualiti di Syarikat BLT Fibreglass Sdn Bhd berpandukan piawaian ISO 9000; Microstructure of deformed steel coated sheet; Pembakaran sisa buangan industri menggunakan sistem lapisan terbendalir (waste fludized bed combustion)