evaluacion reologica de pectinah

Numero Tiempo (s)

1 3 0,468 45,001 0,01042 6 0,455 51,112 0,00893 9 0,579 57,221 0,01014 12 0,625 63,329 0,00995 15 0,726 69,441 0,01056 18 0,755 75,549 0,01007 21 0,840 81,661 0,01038 24 0,929 87,769 0,01069 27 1,036 93,880 0,0110

10 30 1,138 99,989 0,01141 33 1,103 99,989 0,01102 36 1,034 93,880 0,01103 39 0,946 87,769 0,01084 42 0,862 81,661 0,01065 45 0,812 75,549 0,01086 48 0,643 69,441 0,00937 51 0,618 63,332 0,00988 54 0,507 57,221 0,00899 57 0,454 51,110 0,0089

10 60 0,397 45,001 0,0088

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

26,426,426,426,426,426,426,426,426,426,426,426,426,426,426,426,426,426,426,426,4

[2429] 24/04/2014, Desde DB, Creado por Evaluacion de Pectina a diferentes Ts.rpf, 20 MPen bloques 4 [UID-2416]El mejor Regresión

HershelBulkley y = k1 + k2*(x^k3)y = 0,1392 + 0,0006 * (y ^ 1,5907)x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]

Desviación estándar: 0,0274771371

Estabilidad Índice 0,9869918218

pares de datos validos: 20

Constantess: [0] 0,139165423186828[1] 0,000648057682855538[2] 1,5906982421875[3] 0

[2429] 24/04/2014, Desde DB, Creado por Evaluacion de Pectina a diferentes Ts.rpf, 20 MPen bloques 4 [UID-2416]

Numero Tiempo (s)

1 3 0,290 30,008 0,00972 6 0,498 37,783 0,01323 9 0,622 45,559 0,01364 12 0,751 53,335 0,01415 15 0,842 61,111 0,01386 18 1,023 68,886 0,01487 21 1,134 76,662 0,01488 24 1,247 84,438 0,01489 27 1,384 92,214 0,0150

10 30 1,507 99,989 0,01511 33 1,486 99,989 0,01492 36 1,375 92,214 0,01493 39 1,242 84,438 0,01474 42 1,152 76,662 0,01505 45 0,989 68,886 0,01446 48 0,835 61,111 0,01377 51 0,732 53,335 0,01378 54 0,620 45,559 0,01369 57 0,485 37,783 0,0128

10 60 0,373 30,008 0,0124

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

46,546,546,546,546,546,546,546,546,646,646,646,646,646,646,646,646,646,646,646,6

[2441] 24/04/2014, Desde DB, Creado por Evaluacion de Pectina a diferentes Ts 2.rpf, 20 MPen bloques 4 [UID-2422]El mejor Regresión

HershelBulkley y = k1 + k2*(x^k3)y = 0 + 0,0072 * (y ^ 1,162)x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]




Constantess: [0] 0[1] 0,00719026898550705[2] 1,1619873046875

[2441] 24/04/2014, Desde DB, Creado por Evaluacion de Pectina a diferentes Ts 2.rpf, 20 MPen bloques 4 [UID-2422]

Numero Tiempo (s)

1 3 0,523 50,0052 6 0,640 55,5603 9 0,717 61,1134 12 0,813 66,6675 15 0,867 72,2206 18 0,940 77,7757 21 1,029 83,3278 24 1,085 88,8829 27 1,190 94,435

10 30 1,259 99,9891 33 1,196 99,9892 36 1,121 94,4353 39 1,040 88,8824 42 0,969 83,3275 45 0,897 77,7756 48 0,800 72,2207 51 0,732 66,6678 54 0,672 61,1139 57 0,596 55,560

10 60 0,500 50,005

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)

Temperatura (°C)

0,0105 56,00,0115 56,00,0117 56,00,0122 56,00,0120 56,00,0121 56,00,0124 56,00,0122 56,00,0126 56,10,0126 56,10,0120 56,20,0119 56,20,0117 56,20,0116 56,20,0115 56,20,0111 56,20,0110 56,20,0110 56,20,0107 56,20,0100 56,2

Viscosidad (Pa·s)






Constantess: [0] 0[1] 0,00499342133775624[2] 1,1962890625

Numero Tiempo (s)

1 3 0,367 50,005 0,00732 6 0,478 55,560 0,00863 9 0,509 61,113 0,00834 12 0,581 66,665 0,00875 15 0,619 72,220 0,00866 18 0,687 77,775 0,00887 21 0,751 83,327 0,00908 24 0,809 88,882 0,00919 27 0,864 94,435 0,0092

10 30 0,933 99,989 0,00931 33 0,933 99,989 0,00932 36 0,895 94,437 0,00953 39 0,817 88,882 0,00924 42 0,777 83,327 0,00935 45 0,693 77,775 0,00896 48 0,650 72,220 0,00907 51 0,587 66,667 0,00888 54 0,525 61,113 0,00869 57 0,456 55,560 0,0082

10 60 0,380 50,005 0,0076

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

65,865,865,865,865,865,865,865,865,865,866,066,066,066,066,066,066,066,066,066,0






Constantess: [0] 0[1] 0,00322029044122265[2] 1,233154296875[3] 0

Numero Tiempo (s)

1 3 0,000 0,000 0,00002 6 6,968 11,112 0,62713 9 13,345 22,219 0,60064 12 19,160 33,331 0,57495 15 24,536 44,438 0,55226 18 29,682 55,549 0,53437 21 34,341 66,661 0,51528 24 38,900 77,770 0,50029 27 43,158 88,880 0,4856

10 30 47,366 99,989 0,47371 33 47,318 99,989 0,47322 36 43,192 88,878 0,48603 39 38,829 77,770 0,49934 42 34,293 66,661 0,51445 45 29,555 55,549 0,53216 48 24,582 44,442 0,55317 51 19,222 33,331 0,57678 54 13,413 22,221 0,60369 57 7,016 11,109 0,6316

10 60 0,000 0,002 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

26,926,926,926,926,926,926,926,926,926,926,926,926,926,926,926,926,926,926,926,9

Temperatura (°C)


Ostwald y = m* x^k2y = 1* x ^ 0,8397x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]




Constantess: [0] 1[1] 0,839654132301222

Numero Tiempo (s)

1 3 0,000 0,000 0,00002 6 3,173 11,109 0,28573 9 6,498 22,219 0,29244 12 9,695 33,331 0,29095 15 12,646 44,440 0,28466 18 15,509 55,549 0,27927 21 18,245 66,659 0,27378 24 20,929 77,770 0,26919 27 23,481 88,880 0,2642

10 30 25,978 99,992 0,25981 33 25,230 99,989 0,25232 36 22,781 88,878 0,25633 39 20,253 77,770 0,26044 42 17,643 66,659 0,26475 45 14,924 55,549 0,26876 48 12,150 44,440 0,27347 51 9,293 33,328 0,27888 54 6,273 22,221 0,28239 57 3,118 11,109 0,2807

10 60 0,000 0,000 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

46,446,446,446,446,446,446,446,446,446,446,546,546,546,546,546,546,546,546,546,5


SteigerOry x = k1*y + k2*y³x = 3,4893 * y + 0,0007 * y³x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]

Desviación estándar: ###



Constantess: [0] 3,4892914697105[1] 0,000650435387343308

Numero Tiempo (s)

1 3 0,000 0,000 0,00002 6 1,879 11,109 0,16913 9 4,149 22,219 0,18674 12 6,256 33,331 0,18775 15 8,283 44,440 0,18646 18 10,254 55,549 0,18467 21 12,201 66,659 0,18308 24 14,077 77,770 0,18109 27 15,934 88,880 0,1793

10 30 17,750 99,989 0,17751 33 17,678 99,989 0,17682 36 15,860 88,880 0,17843 39 13,996 77,770 0,18004 42 12,118 66,661 0,18185 45 10,193 55,549 0,18356 48 8,219 44,440 0,18497 51 6,225 33,331 0,18688 54 4,157 22,221 0,18719 57 2,085 11,112 0,1877

10 60 0,000 0,000 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

56,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,3


SteigerOry x = k1*y + k2*y³x = 5,4015 * y + 0,0007 * y³x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]




Constantess: [0] 5,40154181225593[1] 0,000678620913612854[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,000 0,00002 6 1,510 11,109 0,13593 9 3,263 22,221 0,14684 12 5,005 33,328 0,15025 15 6,564 44,440 0,14776 18 8,118 55,552 0,14617 21 9,690 66,661 0,14548 24 11,199 77,770 0,14409 27 12,724 88,880 0,1432

10 30 14,190 99,989 0,14191 33 13,578 99,989 0,13582 36 12,142 88,880 0,13663 39 10,691 77,770 0,13754 42 9,194 66,659 0,13795 45 7,702 55,549 0,13876 48 6,198 44,440 0,13957 51 4,656 33,331 0,13978 54 3,117 22,219 0,14039 57 1,497 11,109 0,1348

10 60 0,000 0,000 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

65,765,765,865,865,865,865,865,865,865,865,965,965,965,965,965,965,966,066,066,0


Bingham y = mx + ny = 0,1394 * x + 0,0809x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]

Viscosidad Bingham η(B) 0,1394 Τ de la tensión de producción Pas Bingham τ(B) 0,0809 PaDesviación estándar:

0,2341423404 Estabilidad Índice

0,9975140484 pares de datos validos:

20Constantess:

[0] 0,0809353748283295[1] 0,139435299231106[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,002 0,00002 6 22,497 11,107 20,2543 9 40,165 22,217 18,0794 12 55,209 33,333 16,5635 15 68,476 44,440 15,4096 18 80,367 55,549 14,4687 21 91,454 66,657 13,7208 24 101,745 77,768 13,0839 27 111,319 88,876 12,525

10 30 120,446 99,987 12,0461 33 120,476 99,987 12,0492 36 111,467 88,880 12,5413 39 101,913 77,764 13,1054 42 91,585 66,663 13,7385 45 80,598 55,545 14,5106 48 68,596 44,442 15,4357 51 55,310 33,331 16,5948 54 40,383 22,221 18,1739 57 22,695 11,112 20,424

10 60 0,000 0,002 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

27,427,427,427,427,427,427,427,427,427,427,527,527,527,527,527,527,527,527,527,5


Ostwald y = m* x^k2y = 3,7789* x ^ 0,7577x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]

Desviación estándar: ###



Constantess: [0] 3,77885670429072[1] 0,757720428766519[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,002 0,00002 6 9,705 11,109 0,87363 9 18,685 22,219 0,84094 12 26,759 33,326 0,80295 15 34,300 44,442 0,77186 18 41,400 55,552 0,74527 21 48,085 66,661 0,72138 24 54,462 77,768 0,70039 27 60,493 88,880 0,6806

10 30 66,311 99,992 0,66321 33 64,822 99,989 0,64832 36 59,060 88,882 0,66453 39 53,081 77,768 0,68264 42 46,838 66,657 0,70275 45 40,269 55,549 0,72496 48 33,354 44,440 0,75057 51 25,955 33,331 0,77878 54 18,047 22,221 0,81229 57 9,426 11,112 0,8483

10 60 0,000 0,002 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

46,446,446,446,446,446,446,446,446,446,446,546,546,546,546,546,546,546,546,546,5






Constantess: [0] 1,20743984656863[1] 0,872932190984095[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,000 0,00002 6 6,725 11,109 0,60543 9 13,353 22,221 0,60094 12 19,454 33,331 0,58375 15 25,230 44,440 0,56776 18 30,646 55,549 0,55177 21 35,856 66,659 0,53798 24 40,870 77,768 0,52559 27 45,656 88,880 0,5137

10 30 50,225 99,992 0,50231 33 50,253 99,989 0,50262 36 45,609 88,882 0,51313 39 40,788 77,768 0,52454 42 35,794 66,659 0,53705 45 30,591 55,552 0,55076 48 25,091 44,442 0,56467 51 19,376 33,331 0,58138 54 13,290 22,217 0,59829 57 6,872 11,109 0,6186

10 60 0,000 0,000 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

56,156,156,156,156,156,156,156,156,156,156,256,256,256,256,256,256,256,256,256,2

Temperatura (°C)


Ostwald y = m* x^k2y = 1* x ^ 0,8482x ... ritmo cortante[1/s]y ... Esfuerzo cortante[Pa]




Constantess: [0] 1[1] 0,848236940909295[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,000 0,00002 6 5,426 11,109 0,48843 9 10,718 22,217 0,48244 12 15,689 33,328 0,47085 15 20,445 44,440 0,46016 18 24,989 55,549 0,44997 21 29,319 66,661 0,43988 24 33,541 77,770 0,43139 27 37,595 88,878 0,4230

10 30 41,504 99,989 0,41511 33 40,035 99,989 0,40042 36 36,186 88,878 0,40713 39 32,205 77,770 0,41414 42 28,089 66,661 0,42145 45 23,846 55,549 0,42936 48 19,461 44,440 0,43797 51 14,934 33,328 0,44818 54 10,180 22,219 0,45829 57 5,163 11,109 0,4647

10 60 0,000 0,000 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

65,765,765,765,765,765,865,865,865,865,865,965,965,965,965,966,066,066,066,066,0






Constantess: [0] 0[1] 0,6549610534864[2] 0,898193359375[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,009 0,00002 6 182,787 11,116 164,4433 9 273,833 22,222 123,2264 12 341,131 33,334 102,3385 15 394,525 44,449 88,7596 18 440,407 55,558 79,2707 21 480,354 66,669 72,0518 24 515,266 77,779 66,2489 27 546,036 88,891 61,428

10 30 573,791 100,005 57,3761 33 574,792 100,002 57,4782 36 544,577 88,891 61,2643 39 512,491 77,778 65,8924 42 477,220 66,667 71,5825 45 437,985 55,556 78,8376 48 393,464 44,443 88,5337 51 338,586 33,332 101,5798 54 272,905 22,219 122,8239 57 181,666 11,108 163,549

10 60 2,156 0,010 2,087,256

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

27,827,827,827,827,827,827,827,827,827,827,827,827,827,827,827,827,727,827,727,7



Desviación estándar: 6.1330068



Constantess: [0] 0[1] 58,1338097765044[2] 0,4998779296875[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,003 0,00002 6 86,097 11,113 77,4753 9 143,672 22,223 64,6494 12 189,052 33,335 56,7135 15 228,121 44,447 51,3256 18 261,815 55,557 47,1267 21 292,871 66,669 43,9298 24 320,047 77,778 41,1499 27 345,125 88,891 38,826

10 30 369,564 100,002 36,9561 33 369,898 100,000 36,9902 36 345,637 88,888 38,8853 39 319,831 77,780 41,1204 42 292,431 66,667 43,8645 45 261,071 55,553 46,9956 48 227,289 44,447 51,1387 51 188,126 33,332 56,4408 54 142,990 22,222 64,3469 57 85,898 11,112 77,304

10 60 0,000 0,003 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

46,646,646,646,646,646,646,646,646,646,646,646,646,646,646,646,646,646,646,646,6






Constantess: [0] 18,2177904084319[1] 0,659527294964071[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

Numero Tiempo (s)

1 3 0,000 0,001 0,00002 6 64,351 11,110 57,9203 9 111,782 22,225 50,2974 12 150,982 33,334 45,2945 15 184,989 44,444 41,6236 18 215,315 55,554 38,7587 21 242,875 66,669 36,4308 24 268,467 77,779 34,5179 27 292,191 88,889 32,871

10 30 314,548 100,001 31,4541 33 315,080 100,001 31,5082 36 292,686 88,889 32,9273 39 268,628 77,779 34,5374 42 243,087 66,666 36,4635 45 215,229 55,557 38,7406 48 184,910 44,445 41,6047 51 151,159 33,335 45,3468 54 112,079 22,222 50,4369 57 64,965 11,110 58,473

10 60 0,000 0,003 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

Temperatura (°C)

56,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,356,3

2448] 25/04/2014, Desde DB, Creado por Evaluacion de Pectina a diferentes Ts 2.rpf, 20 MPen bloques 4 [UID-2427]El mejor Regresión





Constantess: [0] 11,9445483320379[1] 0,716218638511145[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

2448] 25/04/2014, Desde DB, Creado por Evaluacion de Pectina a diferentes Ts 2.rpf, 20 MPen bloques 4 [UID-2427]

Numero Tiempo (s)

1 3 0,000 0,001 0,00002 6 56,819 11,112 51,1353 9 99,780 22,223 44,8994 12 135,316 33,335 40,5935 15 166,398 44,444 37,4406 18 194,367 55,556 34,9867 21 219,867 66,669 32,9798 24 243,375 77,778 31,2919 27 265,315 88,889 29,848

10 30 285,909 100,001 28,5911 33 275,787 100,002 27,5782 36 255,111 88,889 28,7003 39 233,194 77,779 29,9824 42 209,670 66,667 31,4505 45 184,519 55,553 33,2156 48 157,220 44,444 35,3757 51 126,893 33,335 38,0668 54 92,915 22,221 41,8159 57 52,799 11,110 47,522

10 60 0,000 0,001 0,0000

Esfuerzo cortante

(Pa)

ritmo cortante

(1/s)Viscosidad

(Pa·s)

65,965,965,965,965,965,965,965,965,965,966,066,066,066,066,066,066,066,066,166,1

Temperatura (°C)






Constantess: [0] 9,54319197009988[1] 0,740130082233285[2] 0[3] 0[4] 0[5] 0[6] 0[7] 0[8] 0[9] 0

evaluacion reologica de pectinah

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