Table 5 Critical minimum value of Sherwood number against local Nusselt number for Re = 100.

From: Thermal decomposition of propylene oxide with different activation energy and Reynolds number in a multicomponent tubular reactor containing a cooling jacket

P_R

k

E = 75,000

E = 76,000

E = 77,000

E = 78,000

E = 79,000

E = 80,000

2

0.599

32.187

36.496

41.349

45.372

48.330

50.406

2

0.699

32.832

37.240

42.109

46.115

49.054

51.004

2

0.799

33.606

38.119

43.002

46.988

49.809

51.415

2.5

0.599

26.763

31.028

37.209

42.575

46.484

49.186

2.5

0.699

27.324

31.774

38.006

43.348

47.227

49.906

2.5

0.799

28.012

32.662

38.940

44.253

48.096

50.535

3

0.599

22.371

25.478

32.658

39.547

44.533

47.920

3

0.699

22.820

26.181

33.492

40.357

45.299

48.654

3

0.799

23.355

27.033

34.475

41.302

46.194

49.492

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