... inserts. Int. Comm Heat Mass Transfer, 29(1): 45- 56. [ 25] Yang, Y.T. and Hwang, C.Z. 2003. Calculation of turbulent flow and heattransfer in a porous-based channel. Int. J Heat Mass Transfer, 46:771-780. ... inside microfinned helically coiled tube. Int. J Heat Mass Transfer, 51 :169-1 75. [42] Behabadi, M.A.A., Kumar, R. and Mohseni, S.G. 2007. Condensation heattransferof R-134a inside a microfin tube ... of this paper is to present the evaluation of condensation and refrigeration heattransfer performances of two types of mirofin tubes namely Tube A and Tube B. International Journal of...
... hydroxylase. FEBS Lett 57 9, 55 82 55 88. 57 Kitazume T, Haines DC, Estabrook RW, Chen B &Peterson JA (2007) Obligatory intermolecular electron- transfer from FAD to FMN in dimeric P 450 BM-3.Biochemistry ... Trans31, 50 2 50 5.104 Nishida CR & de Montellano PR (2001) Control of electron transfer in nitric-oxide synthases. Swapping of autoinhibitory elements among nitric-oxide synthaseisoforms. ... Chem 2 75, 50 52 50 58.31 Roman LJ, Miller RT, de La Garza MA, Kim JJ &Masters BSS (2000) The C-terminus of mouse macro-phage inducible nitric-oxide synthase attenuates elec-tron flow through...
... response of azurin from the same organism, in thepresence of nitrite. Upper trace: 400 lMazurin in 50 mMMes bufferpH 6.2 and 50 mMKCl. Lower trace: addition of 6 .5 lMNir.[nitrite] ẳ 50 mM.Scanrate,2mVặs)1.Fig. ... Copper-containing nitrite reductase fromPseudomonas chlororaphisDSM 50 1 35 Evidence for modulation of the rate of intramolecular electron transferthrough nitritebinding to the type 2 copper centerDora ... lLsamplewasused,with % 5 lg protein. Low-pI Pharmacia standards wereused to calibrate the gel: amyloglucosidase (3 .50 ), methylred (3. 75) , glucose oxidase (4. 15) , soybean trypsin inhibitor(4 .55 ), b-lactoglobulin...
... types of latent heat. The first is the latent heatof fusion. Thisis the amount ofheat added or removed to change phase between solid and liquid. The secondtype of latent heat is the latent heat ... ENERGY, WORK, AND HEAT Another type ofheat is called latent heat. Latent heat is the amount ofheat added to or removedfrom a substance to produce a change in phase. When latent heat is added, ... 46Figure 14 First Law of Thermodynamics 55 Figure 15 Control Volume Concepts 56 Figure 16 Open System Control Volumes 57 Figure 17 Open System Control Volumes (Cont.) 58 Figure 18 Mulitple Control...
... modes ofheat transfer: Conduction involves the transferofheat by the interactions of atoms or molecules of amaterial through which the heat is being transferred.Convection involves the transfer ... 48Temperature Profiles 48Volumetric Thermal Source Strength 50 Fuel Changes During Reactor Operation 50 Summary 51 DECAY HEAT 52 Reactor Decay Heat Production 52 Calculation of Decay heat 53 Decay Heat ... represents a measure of the ability to transfer heat through a stagnant film layer.The overall heattransfer coefficient is the measure of the ability of a heat exchanger to transferheat from one...
... ft2A10π5in.1ft12 in.20 .54 5 ft2Σ ˙minletsΣ ˙moutlets˙m12˙m10˙m8˙m8˙m12˙m10(ρAv)8˙m12(ρAv)10v8˙m12(ρAv)10(ρA)8 50 0lbmsec62.4lbmft3(0 .54 5 ft2)10ftsec62.4lbmft3(0.349 ... represents the flow energy of a column of fluid whose weight is equivalent to thepressure of the fluid.The sum of the elevation head, velocity head, and pressure head of a fluid is called the ... in21ft27.78 x 10 5 lbfPascal’s LawThe pressure of the liquids in each of the previously cited cases has been due to the weight of the liquid. Liquid pressures may also result from application of external...