参考文献/References:
[1] Sundaram K M , Froment G F .Kinetics of Coke Depositi on in the
Thermal Cracking of Propane [J] .Chem Eng S ci , 1979 , 34 :
635 -644.
[2] Pramanik M , Kunz ru D.Coke Formati on in the Pyrolysis of N -
hexane [J] .Ind Eng C hem Process Des Dev , 1985 , 24 (4):1
275 -1 281.
[3] S hah Y T , Stuart E B , Sheth K D.Coke Formation During
Thermal C racking of N -octane [J] .Ind Eng C hem Process Des
Dev, 1976 , 15 (4):518 -524.
[4] Kumar P , Kunz ru D.Kinetics of Coke Deposit ion in Naphtha Pyrolysis
[J] .Can J Chem Eng , 1985 , 63 (8):598 -604.
[5] Holmen A, Lindvaag O A , Trimm D L .Surface Effect s on the
St eam Cracking of Propane [A] .Albright L F .Coke Formation
on Metal Surface [C] .New York :American Chemical Societ y ,
1982.45 -58.
[6] 娄强昆, 刘惠才, 牛风会, 等.丙烷裂解反应中的表面效应
[J] .石油学报(石油加工) 1987 , 3 (1):34 -41.
[7] Bennet t M J , Price J B .A Physical and Chemical Examination of
· 38 · 江 苏 石 油 化 工 学 院 学 报 2000 年
an Ethylene S team C racker Coke and the Underlying Pyrolysis
Tube [J] .Journal of Mat erials Science, 1981 , 16 :170 -188.
[8] Figueiredo J L.Carbon Deposit ion Leading t o Filament Grow th on
Metals [J] .Mat erial and Corrosion , 1998 , 49 :373-377.
[9] Albright L F , Marek J C .Analysis of Coke Produce in Ethylene
Furnaces :Insight s on Process Improvements [J] .Ind Eng Chem
Res , 1988 , 27 (5):751 -755.
[10] Albright L F , Marek J C .Mechanistic Model f or Formation of
Coke in Pyrolysi s Uni ts Producing Ethylene [J] .Ind Eng Chem
Res , 1988 , 27 (5):755 -759.
[11] Baker R T K , Yates D J C .Fi lament ous Carbon Formation over
Iron Su rf aces [A] .Albright L F .Coke Formation on Metal Surf
ace [C] .New York :American C hemical S ociety , 1982.1 -
21 .
[12] Albright L F , M arek J C .Coke Format ion Du ring Pyrolysis :
Role of Residence Time, Reactor Geomet ry , and Time of Operat
ion [J] .Ind Eng Chem Res , 1988 , 27 (5):743 -751.
[13] Bajus M , Baxa J , Leclercq P A , et al.St eam Cracking of Hydrocarbons.
6 .Ef fect of Dibenzyl Sulfide and Dibenzyl Disulf ide
on Reaction Kinet ics and C racking [J] .Ind Eng Chem Prod Res
Develop , 1983 , (22):335 -343.
[14] Ghosh K K , Kunzru D.Reduct ion of Coke Formation Du ring
Naphtha Pyrolysis Using Triethyl Phosphite [J] .Ind Eng Chem
Res , 1988 , 27 (4):559 -565.
[15] Vaish S , Kunzru D .Triphenyl Phosphi te as a Coke Inhibitor
During Naphtha Pyrolysis [J] .Ind Eng Chem Res , 1989 , 28
(9):1 293 -1 299.
[16] Kaplan , Morris , Lindley , et al.Use of Phosphate and Thiophosphat
e Esters Neut ralized w ith Water S oluble Amines as Ethylene
Furnace Anti -coking Antif oulant s [P] .USP :4542253 ,
1985 -09 -17.
[17] Kaplan , Morris , Kisalus , et al.Ethylene Furnace Ant ifoulant s
[P] .USP :4842716 , 1989 -06 -27.
[18] Kisalus , John C .Use of T riphenylphosphine as an Ethylene Furnace
Antif oulan t [P] .USP :4835332 , 1989 -05 -30.
[19] Ki salus , John C .Triphenylphosphine Oxide as an Ethylene Furnace
Antif oulan t [P] .USP :4900426 , 1990 -02 -13.
[20] Tong Youndong , Poindexter Michael.Phosphorothioat e Coking
Inhibitors [P] .EP :619361 , 1994 -10 -12.
[21] Tong Youndong , Poindexter Michael. Phosphoric Triamide
Coking Inhibitors [P] .EP :601609 , 1994 -06 -15.
[22] 王宗祥, 侯凯湖, 刘广舜, 等.蒸汽裂解装置急冷锅炉结焦
抑制剂的研究[J] .乙烯工业, 1995 , 7 (2):62 -65.
[23] Brown Ronald E, Harper Tim othy P, Reed Larry E , et al.
Method for Providing a Tube Having Coke Formation and Carbon
Monoxide Inhibiting Properties When Used for the Thermal Cracking
of Hyd rocarbon [P] .EP :733693 , 1996 -09 -25.
[24] Forester , David R, Reid , et al.Com position and Method for
Coke Ret ardant During Py rolytic Hydrocarbon Processing [P] .
USP :4680421 , 1987 -07 -14.
[25] Reid , Dwight K , Forest er , et al.Method for Retarding Corrosion
and Coke Formation and Deposit ion During Pyroly tic Hydrocarbon
Processing [P] .USP :4756820 , 1988 -07 -12.
[26] Reid , Dwi gh t K.Methods and Composi tions f or Boronizing
Metallic Surfaces [P] .USP :4555326 , 1985 -11 -26.
[27] 萨比诺·史蒂文·安东尼·彼得罗内, 拉达克里希那·查克拉瓦
蒂·曼德亚姆, 安德鲁·乔治·怀思基尔斯尔斯基.表面合金化
的高温合金[P] .中国专利:1217031A, 1999 -05 -19.