Спутник технологический. KJ 1C. [Редактировать]

KJ 1 (Kongjian 1) это малый космический аппарат который был создан для целей орбитальной отработки технологий . Более подробные детали об аппарате не раскрывались.

Дополнительная классификация

#Наименования
1Тип орбиты - НОО
2Страна оператор(владелец) - Китай
3Страна производитель - Китай
4Тип оператора(владельца) - государственный

Найдено 833 документов по запросу «KJ 1C». [Перейти к поиску]


Дата загрузки: 2017-03-18
Скачать документ
Скачать текст
Скачать перевод
Посмотреть билингву
0.15/5
... heat generated was 41.34 kJ during the same discharge conditions... of increasing discharge rate from 1C to 4C caused heat generation... test results ........................................................................ 133 Table C1: 1C Discharge data (5 °C Cooling, 240 second... second interval) ............................................................ 140 Table C5: 1C Discharge data (15 °C Cooling, 240... second interval) .......................................................... 144 Table C9: 1C Discharge data (25 °C Cooling, 240... second interval) ........................................................ 148 Table C13: 1C Discharge data (35 °C Cooling, 240... Second interval)........................................................ 152 Table C17: 1C Discharge data (Air Cooling only...-ion pouch cell during 1C charge and 1C, 2C, 3C and 4C... [30] .......................... 24 Figure 2.15: Simulated 1C discharge curves for a 6 Ah lithium... of 2C, (c) Discharge of 1C, and (d) charge of 1C [48] ............................................................................................. 36 Figure... response at each thermocouple during 1C discharge at 15 °C Operating temperature...: Heat flux sensor response during 1C and 4C discharge at 5 °C operating... a fully discharged 100 Ah battery, a 1C charge rate would apply 100... a fully discharged 100 Ah battery, a 1C charge rate would apply 100... ) 50 45 40 2C 35 1C 30 25 20 0 5000 10000...-ION POUCH CELL DURING 1C CHARGE AND 1C, 2C, 3C AND 4C... modest discharge rates up to 1C [7]. LiMn2O4 is used commercially, particularly... negligible and ignored. ( ) (2.11) Isothermal 1C discharges were simulated for a 6 Ah... [34]. 24 FIGURE 2.15: SIMULATED 1C DISCHARGE CURVES FOR A 6 AH LITHIUM... at various rates (0.2C, 0.5C, 1C, 2C) inside a temperature-controlled box... and discharged at rates between 1C and 25C. The results were... and subjected the battery to C/3, 1C, 2C, and 4C discharges. The... the batteries underwent C/10, C/5, C/3, and 1C discharges. The reversible heat effect... °C, then charged and discharged at 1C, 1.5C and 2C. The temperature... temperature rise rates for both 1C and 2C charges and discharges... OF 2C, (C) DISCHARGE OF 1C, AND (D) CHARGE OF 1C [48] 2.2.2.2. IR Thermography.... Sample # of Layers (N) 1A 1B 1C 1D 2A 2B 2C 2D... Passive (Ambient Air Only) 3.8 ~22 1C, 2C, 3C, 4C 3.6 ~5 ~15 ~25 ~35 1C, 2C, 3C, 4C 1C, 2C, 3C, 4C 1C, 2C, 3C, 4C 1C, 2C, 3C... EQUIVALENT CURRENT Charge/Discharge Rate 1C 2C 3C 4C 3.2.1. Constant Current... depth of discharge for the 1C, 15 °C coolant case. It can... RESPONSE AT EACH THERMOCOUPLE DURING 1C DISCHARGE AT 15 °C OPERATING TEMPERATURE... the electrodes. Furthermore, unlike the 1C case, the is no period...) Operating/Coolant Temperature [°C] Maximum Temperature [°C] 1C 2C 3C 4C ~22 30... of the battery for all 1C, 2C, 3C and 4C discharge... tabulated. Heat Geneartion Rate [W] 90 1C - 25°C 80 2C - 25°C 70... 3.6 25 35 Peak Heat Rate [W] 1C 2C 3C 4C 24.0 22... larger. 45 40 Total Heat [KJ] 35 30 25 20 15... found to be 41.34 kJ when the operating/coolant 86... Temperature [°C] Heat Generated per Discharge [kJ] 1C 2C 3C 4C ~22 13... meters for two discharge rates, 1C and 4C at 5 °C operating/coolant... figure, dashed lines correspond to 1C, while solid lines correspond to... highest heat generation rates. 6000 1C Heat Flux [W/m2] 5000 4C... 2 HFS 3 4C 3000 2000 1000 1C 0 0 0.2 0.4 0.6 Depth of Discharge 0.8 1 FIGURE 4.11: HEAT FLUX SENSOR RESPONSE DURING 1C AND 4C DISCHARGE AT 5 °C OPERATING... values of heat flux. The 1C case shows very little variation... Voltage [V] Operating/Coolant Temperature [°C] 3.8 Position 1C 1 42.3 46.3 24.6 575.5 599... Voltage [V] 3.8 Operating/Coolant Temperature [°C] Position 1C 1 134.4 140.5 105.9 998.9 1076... 3.6 25 35 Discharge Capacity [Ah] 1C 2C 3C 4C Another measure... 3.6 25 35 93 Discharge Time [s] 1C 2C 3C 4C 4.3. Thermo-graphic... Temperature on Heat Generation 100 1C - 5°C 90 2C - 5°C 80 3C - 5°C 70... AN OPERATING TEMPERATURE OF 5 °C 100 1C - 15°C 90 2C - 15°C 80... °C 135 Heat Geneartion Rate [W] 90 1C - 25°C 80 2C - 25°C 70... OPERATING TEMPERATURE OF 25 °C 60 1C - 35°C 2C - 35°C 50 Heat... C.2. Discharge Data Tables TABLE C1: 1C DISCHARGE DATA (5 °C COOLING, 240 SECOND....3 16.5 17.9 2 140 TABLE C5: 1C DISCHARGE DATA (15 °C COOLING, 240....9 HFS 1 [W/m ] HFS 2 [W/m ] 144 TABLE C9: 1C DISCHARGE DATA (25 °C COOLING, 240....3 HFS 1 [W/m ] HFS 2 [W/m ] 148 TABLE C13: 1C DISCHARGE DATA (35 °C COOLING, 240....6 1775.7 1846.9 152 TABLE C17: 1C DISCHARGE DATA (AIR COOLING ONLY...



Дата загрузки: 2017-06-15
Скачать документ
Скачать текст
0.01/5
.... [14] Fu MX, Wells-Knecht KJ, Blackedge JA, Lyons TJ, Thorpe...; 797: 276. [70] Wells-Knecht KJ, Brinkmann-Frye E, Baynes JW. J. Org...; 264: 21597. [89] Wells-Knecht KJ, Brinkmann E, Baynes JW. J. Org. Chem...: 6246. [90] Brinkmann E, Wells-Knecht KJ, Thorpe SR, Baynes JW. J. Chem.... [126] Reddy S, Bichler J, Wells-Knecht KJ, Thorpe SR, Baynes JW. Biochem...; 324: 565. [131] Wells-Knecht KJ, Zyzak DV, Litchfield JE, Thorpe... by equation (1) is given by: I A k A [ A] = I B k B [B ] (1c) The ratio kA/kB can... kA/kB expected from equation (1c) is, however, only observed for... variations, in terms of equation (1c). Considering an electrolyte E (concentration of..., expected on basis of equation (1c), is observed only for [A] = [B] > 10... ratio on basis of equation (1c), when [A] = [B] > 10 -5 M, which has been...; 91: 2463. Kevin J, Wells-Knecht KJ, Brinkmann-Frye E, Baynes JW. Characterization...: 6246. Brinkmann-Frye E, Wells-Knecht KJ, Thorpe SR, Baynes JW. Characterization...; 60: 1300. [4] Kevin J, Wells-Knecht KJ, Brinkmann-Frye E, Baynes JW. J. Org...: 6246. [5] Brinkmann-Frye E, Wells-Knecht KJ, Thorpe SR, Baynes JW. J. Chem...: 121. 21. Kevin J, Wells-Knecht KJ, Brinkmann-Frye E, Baynes JW. Characterization.... 22. Brinkmann-Frye E, Wells-Knecht KJ, Thorpe SR, Baynes JW. Characterization....16.3439. 27. Wells-Knecht KJ, Zyzak DV, Litchfield JE, Thorpe...) Bis(dihydroxyimidazolidine) 2H2 O (3b) Tetrahydropyrimidine (1c) Tetrahydropyrimidine H2 O (2c) Bis(dihydroxyimidazolidine...) Bis(dihydroxyimidazolidine) 2H2 O (3b) Tetrahydropyrimidine (1c) Tetrahydropyrimidine H2 O (2c) Bis(dihydroxyimidazolidine..., 2b, and 3b (class b); ions 1c, 2c, and 3c (class c); ions... structuresa Reaction systems Tetrahydropyrimidine (ion 1c) O H 3C N Methylglyoxal H2N HN OH....2/20.6 – – / – / – /100 – – / – / – /27.7 Tetrahydropyrimidine (ions 1c) Tetrahydropyrimidine (ions 2c) H2 O Bis...-1,2propanedione reaction systems. Class c (ions 1c–3c) The ions at m/z 204 (ion 1c), 186 (ion 2c), and 226... fragment ion composition of ion 1c exhibits a prominent loss of one... (THP) was attributed to ion 1c (Table 3). This attribution is consistent....5) {(dihydroxyimidazolidine-tetrahydrotriazine) – 2H2O + dihydroxyimidazolidine-triazine} (1c) {(dihydroxyimidazolidine-triazine) – H2O or (dihydroxyimidazolidine...(7.1; 2.6; 9.1) {(dihydroxyimidazolidine-tetrahydrotriazine) – 2H2O + dihydroxyimidazolidine-triazine} (1c) {(dihydroxyimidazolidine-triazine) – H2O Or (dihydroxyimidazolidine... 1b and 2b (class b); ions 1c and 2c (class c). The ion...-1,2-propanedione) (a) and (b) (dihydroxyimidazolidine(dihydroxyimidazolidine(ions 1c) tetrahydrotriazine) – 3H2O tetrahydrotriazine) – H2O (ions... imidazolidine(ions 3a) imidazolidine(ions 1c) imidazolidinetetrahydrotriazine) (ions 2a) tetrahydrotriazine tetrahydrotriazine...) – 2H2O (b) and dihydroxyimidazolidine-triazine (c) (ions 1c) – – Methylglyoxal R1 1,2-propanedione 2,3-Pentanedione – R2... structures b, c were attributed to ions 1c. – Not detected. R1 = H (methylglyoxal), CH3...-MS3 analysis). Class c (ions 1c and 2c) Ions 1c, at m/z 183 (methylglyoxal... structures were proposed for ions 1c, since the fragment ion composition of ions 1c does not argue for a unique...-triazine were attributed to ions 1c (Table 6 – b). Moreover, significant losses of... have been attributed to ions 1c (Table 6 – c). In the latter ion... to be significant in ions 1c fragmentation. A similar ion structure, composed... ion composition depicted for ions 1c. ESI-MS3 analysis suggests that... fragment ion composition as ions 1c, for the alkyl-diketonic dicarbonyls... that, in general, when ions 1c lose one water molecule, ESI... water molecule from precursor ions 1c, were found to have a fragment... ions resulting from precursor ions 1c, by the loss of one... molecule can, in both ions 1c structures proposed, generate similar fragment... structures formed, i.e. compounds 1b, 2b, 1c and 2c, in the reactions... structures similar to dihydroxyimidazolidine-triazines (1c) and to their dehydrated forms...; 60: 1300. [3] Kevin J, Wells-Knecht KJ, Brinkmann-Frye E, Baynes JW. J. Org...: 6246. [4] Brinkmann-Frye E, Wells-Knecht KJ, Thorpe SR, Baynes JW. J. Chem...



Дата загрузки: 2017-06-14
Скачать документ
Скачать текст
0.06/5
... at most n. Stirling’s approximation,   Ãà p n Án 1 ; (3.18) 1C‚ nŠ D 2 n e n 58 Chapter 3 Growth of Functions... the following formulas (see Exercise 3.2-6): p 1C 5 D 2 D 1:61803 : : : ; p 5 1 y D 2 D :61803 : : : : Specifically, we...-Conquer Ãlogb a n b c C bj b 1 ÃÃlogb a   b n bj c 1C bj n b 1 ÃÃlogb a  logb a à   j b n b c 1 C aj n b 1 Ãlogb... Chapter 4 109 b. Show that F .´/ D D D 1 ´ ´ ´2 ´ .1 ´/.1 y´/ à  1 1 1 ; p ´ 1 y´ 5 1 where p 1C 5 D 1:61803 : : : D 2 and yD 1 p 5 D 2 0:61803 : : : : c. Show... (8.3), we obtain E n2i D n X X 1 X 1 C n 1Äj Än n2 j D1 1ÄkÄn k¤j 1 1 C n.n 1/ 2 n n n 1 D 1C n 1 ; D 2 n which proves equation (8.2). D n 204 Chapter... search takes average-case time ‚.1C˛/, under the assumption of simple... search takes average-case time ‚.1C˛/, under the assumption of simple... :key. For keys ki and kj , we define the indicator random variable Xij D I fh.ki / D h.kj /g. Under the assumption of simple..., we have Pr fh.ki / D h.kj /g D 1=m, and so by Lemma 5.1, E ŒXij... a successful search is !# " n n X 1X Xij 1C E n i D1 j Di C1 ! n n X 1X E ŒXij...) 1C D n i D1 j Di C1 ! n n X 1 1X 1C D n i D1 m j Di C1 1 X .n D 1C nm i D1 n i/ ! n n X 1 X n i D 1C nm i D1 i D1  à n.n C 1/ 1 2 n (by equation (A.1)) D 1C nm 2 n 1 D 1C 2m ˛ ˛ : D 1C 2 2n... / C 1/ qi E Œsearch cost in T  D i D1 D 1C i D0 n X i D1 depthT .ki / pi... keys in a contiguous range ki ; : : : ; kj , for some 1 Ä i Ä j Ä n. In addition, a subtree that contains keys ki ; : : : ; kj must also have as its... T has a subtree T 0 containing keys ki ; : : : ; kj , then this subtree T 0 must be... the subproblem with keys ki ; : : : ; kj and dummy keys di 1 ; : : : ; dj... to subproblems. Given keys ki ; : : : ; kj , one of these keys, say... subtree contains the keys krC1 ; : : : ; kj (and dummy keys dr ; : : : ; dj... ; : : : ; kr 1 and those containing krC1 ; : : : ; kj , we are guaranteed that we... in a subtree with keys ki ; : : : ; kj , we select ki as the... kj as the root, then kj ’s right subtree contains the keys kj C1 ; : : : ; kj... keys 1, j Ä n, and j i 1. (When j D i 1, there ki ; : : : ; kj , where i are no actual keys... tree containing the keys ki ; : : : ; kj . Ultimately, we wish to compute... a root kr from among ki ; : : : ; kj and then make an optimal... search tree with keys krC1 ; : : : ; kj as its right subtree. What.... For a subtree with keys ki ; : : : ; kj , let us denote this sum... optimal subtree containing keys ki ; : : : ; kj , we have eŒi; j  D pr C .eŒi; r 1 C w.i; r 1// C .eŒr C 1; j  C w.r C 1; j // : Noting that... search tree containing keys ki ; : : : ; kj . Although we will see how... the subtree containing keys ki ; : : : ; kj . This table uses only the... search tree containing keys ki ; : : : ; kj . This for loop saves the... by induction on k. When k D 0, Proof 1C 0 X Fi D 1 C F0 i D0 D 1C0 D F2... Fi , and we ! Fi i D0 D 1C k X Fi : i D0 Lemma 19.3 For... k X si 2 i D2 2C k X Fi i D2 D 1C k X Fi i D0 D FkC2 k (by Lemma... by these operations into a set Kj , which is empty if Ij... .m; n/ 1 for i D 1 to n 2 determine j such that i 2 Kj 3 if j ¤ m C 1 4 extractedŒj  D i 5 let l be the... set Kl exists 6 Kl D Kj [ Kl , destroying Kj 7 return extracted b. Argue that....7) D .k 1/ .k 1/ .k 1/ .k 1/ ij if dij > di k C dkj : kj We leave the incorporation of... ; .k/ ij D .k 1/ .k 1/ .k 1/ .k 1/ ij if d d C d : ij kj ik kj Is this alternative definition... A graph G D .V; E/ is -dense if jEj D ‚.V 1C / for some constant in the... Section 28.3), we have  à  à R T B 1 C B 1 C T S 1 CB 1 B 1C TS 1 1 D ; (28.13) A D S 1 CB 1 S 1 U V since...



Дата загрузки: 2017-06-14
Скачать документ
Скачать текст
0.1/5
... at most n. Stirling’s approximation,   Ãà p n Án 1 ; (3.18) 1C‚ nŠ D 2 n e n 58 Chapter 3 Growth of Functions... the following formulas (see Exercise 3.2-6): p 1C 5 D 2 D 1:61803 : : : ; p 5 1 y D 2 D :61803 : : : : Specifically, we...-Conquer Ãlogb a n b c C bj b 1 ÃÃlogb a   b n bj c 1C bj n b 1 ÃÃlogb a  logb a à   j b n b c 1 C aj n b 1 Ãlogb... Chapter 4 109 b. Show that F .´/ D D D 1 ´ ´ ´2 ´ .1 ´/.1 y´/ à  1 1 1 ; p ´ 1 y´ 5 1 where p 1C 5 D 1:61803 : : : D 2 and yD 1 p 5 D 2 0:61803 : : : : c. Show... (8.3), we obtain E n2i D n X X 1 X 1 C n 1Äj Än n2 j D1 1ÄkÄn k¤j 1 1 C n.n 1/ 2 n n n 1 D 1C n 1 ; D 2 n which proves equation (8.2). D n 204 Chapter... search takes average-case time ‚.1C˛/, under the assumption of simple... search takes average-case time ‚.1C˛/, under the assumption of simple... :key. For keys ki and kj , we define the indicator random variable Xij D I fh.ki / D h.kj /g. Under the assumption of simple..., we have Pr fh.ki / D h.kj /g D 1=m, and so by Lemma 5.1, E ŒXij... a successful search is !# " n n X 1X Xij 1C E n i D1 j Di C1 ! n n X 1X E ŒXij...) 1C D n i D1 j Di C1 ! n n X 1 1X 1C D n i D1 m j Di C1 1 X .n D 1C nm i D1 n i/ ! n n X 1 X n i D 1C nm i D1 i D1  à n.n C 1/ 1 2 n (by equation (A.1)) D 1C nm 2 n 1 D 1C 2m ˛ ˛ : D 1C 2 2n... / C 1/ pi C .depthT .di / C 1/ qi i D1 D 1C i D0 n X i D1 depthT .ki / pi... keys in a contiguous range ki ; : : : ; kj , for some 1 Ä i Ä j Ä n. In addition, a subtree that contains keys ki ; : : : ; kj must also have as its... T has a subtree T 0 containing keys ki ; : : : ; kj , then this subtree T 0 must be... the subproblem with keys ki ; : : : ; kj and dummy keys di 1 ; : : : ; dj... to subproblems. Given keys ki ; : : : ; kj , one of these keys, say... subtree contains the keys krC1 ; : : : ; kj (and dummy keys dr ; : : : ; dj... ; : : : ; kr 1 and those containing krC1 ; : : : ; kj , we are guaranteed that we... in a subtree with keys ki ; : : : ; kj , we select ki as the... kj as the root, then kj ’s right subtree contains the keys kj C1 ; : : : ; kj... keys 1, j Ä n, and j i 1. (When j D i 1, there ki ; : : : ; kj , where i are no actual keys... tree containing the keys ki ; : : : ; kj . Ultimately, we wish to compute... a root kr from among ki ; : : : ; kj and then make an optimal... search tree with keys krC1 ; : : : ; kj as its right subtree. What.... For a subtree with keys ki ; : : : ; kj , let us denote this sum... optimal subtree containing keys ki ; : : : ; kj , we have eŒi; j  D pr C .eŒi; r 1 C w.i; r 1// C .eŒr C 1; j  C w.r C 1; j // : Noting that... search tree containing keys ki ; : : : ; kj . Although we will see how... the subtree containing keys ki ; : : : ; kj . This table uses only the... search tree containing keys ki ; : : : ; kj . This for loop saves the... by induction on k. When k D 0, Proof 1C 0 X Fi D 1 C F0 i D0 D 1C0 D F2... Fi , and we ! Fi i D0 D 1C k X Fi : i D0 Lemma 19.3 For... k X si 2 i D2 2C k X Fi i D2 D 1C k X Fi i D0 D FkC2 k (by Lemma... by these operations into a set Kj , which is empty if Ij... .m; n/ 1 for i D 1 to n 2 determine j such that i 2 Kj 3 if j ¤ m C 1 4 extractedŒj  D i 5 let l be the... set Kl exists 6 Kl D Kj [ Kl , destroying Kj 7 return extracted b. Argue that....7) D .k 1/ .k 1/ .k 1/ .k 1/ ij if dij > di k C dkj : kj We leave the incorporation of... ; .k/ ij D .k 1/ .k 1/ .k 1/ .k 1/ ij if d d C d : ij kj ik kj Is this alternative definition... A graph G D .V; E/ is -dense if jEj D ‚.V 1C / for some constant in the...



Дата загрузки: 2017-04-08
Скачать документ
Скачать текст
0.13/5
... u 11oro npo11TcJ11>cTm1, Mcponp1111Tnn (y1cpy1111c11u1>1c 1111uccTm11101111blc n11oc1CT1>1), 0Gt.c1nL1 11cwrn... no Pccny6m1Ke Map11i1 3n n r. HowKap-0;1c, 110 y11.BOJllCCCltCKnJ1', 85, c ncpcmrn11npoaKoii...~":· ~Oo: -~s ··~~ , 'k1foll . I>c.u.iipnu1111 ·:~Y·.:> . :;; \ ~; -~V! , ::~.,,.... \·.· • · .·L \ .. .... .'·:: --.· l" ~· :1' " '' (:. (1 ~.... .~' ~l ~ ;:·~ - ·::':.-. ~ ·. . / \ ) , ->_ :_ ~ ,-,·_:~:c· -.· 12>- · ~ 0 ~~~ 1· ./;{>,... /;J ''.!'·~ .; ; ..<,:<>''" 1·. IWTop1>1c BllOCllTCll B )lallllblC 06 ofri.cicrax...• (+.·) I CT:lio rEl-IEPAJlbHAJl nPOl 1C llllUCCTllLUIOlllll..IC npOCKl'bl), oG....l 6WIO I Mlu0toc111,. (+. -) I CtMO H3MEIIEIIHJI, KOTopi.1c n11ocnTc11 u w11111blc ofi ofibc1rrax 1•an11Tl1J11...[l()ll[)llll'rllll (yKpy1111c11111.1c 111111cc1·111111oun1>1C lljlOCf..-"J'M), 06uc1cr1>1 11cnu11~mMoro...>on1>1111T1111(Y•'11y n11c11111..1c 1111 ucC'ruu11011111..1c npoc1 au1111 06be1CT1... 11J1o)f;e1111il 1/- /5"3!!£ 6 9 [ 1~010p1.1c IUIOCll"iCH n muw1,1c tiG 113~ 11rn ~:111...·m,c·i ua, MejlOIJ(llHHHU {)'Jo\'pyru1cuu1>1c aumcl""l-11111wu11L.JC upuc,.;-11...!~ 074 0706 35)l9999 •11.J ·n.1c. K U.M 1•L•I }11.1.: i.,. ., Jl~"-'Homi.- (• l't.1, ... --,-1 Ij 0 0 0 0 1 ..... .~ "' 0 "' • ! H ... •C 0 ~ ~ ~ 8 I I II... El!EllWI, ---, I 1;u1op1.1c 11uuc1ncH ll mw111.1c l\}'j; oO 1 ous.c1;-Ta...'O UM)'Ull'CTIHI , u1;J110•1c 11 1< M ~. a1q1cCll)'IO llllllCC'l'llUll... 6•JS,6 J ,, llJi\JEllEllWI, 1;oropt.1c 1s11oc11 rcu 11 H:t11111.1c uli mi:.ci... (•, ·) 1 Cr;a.-10 lil.l.10 1,;tnop1.1c UJIOCSJ'l'CI! II Jl:llllll....1. MCJ>U111m>nu~ (y~pyr1m:ui11,1c u11oi:c-rniuuJ1111L.ic 1epucK'rL....r1c u JtOJll''Ol:IJ0 11111.1c (ijl~Jlf.! IJ am..m.ic... 11,1,,t. 11 H. U1tporl)11i"' M111mi:1c:pc1"0t l.'lpJuoo,.p:i11c1111~ l"uccuiic...•:p(l.yp;. !lc)>lllll> ~ 1 11riol·.i.rm,1c 1111:i 1..u::.,-;rrcu ~i.:i..:uc 11. 1 t>I 056..., CJlit."1 ·1 ?~11.:p(l)·pr .I.• : , I 1 -~ !- : 11rwc1; 1111,1c- 1111) !.IC'ld!IC~ li...,hH'U>{ c.1cp:rnmt, I to11cx.11611('1C's;u 0G11:ic-n. c.l~:!qu;u.11u.c '"~YtWjlC...



Дата загрузки: 2017-03-28
Скачать документ
Скачать текст
0.08/5
....3#1."?&5-&2*(&1(-(@#"& 5-&4*?%.)#"&%21$)2$1(%/&2*(&%$<$1<#-&<$."8.-9%-8&.-61#%21$)2$1(7& Cultural heritage ;-&,(-3#1C/&2*(&%$<$1<%(&.-)1(#%.-9"?&<(.-9&8.%)$%%(8%&4#12&56&5$1&./6$/+)6#%*+&$)4*7&'55C%/& 1(4512%-8&45... for !" #$%&'#()&*)&+#,'&-*.'/)#01.2%3).3#4''+#56%7-%&8#9.:&:4%*3#;<5+#'&-#='13&)1#%>.2?&2)11#'@*# !A #B&3)1C%)D#4'3)1%'7#%*#31'&*7'3)-#E1:4#<'&%*2#FG#'632:1H..., Copenhagen. Kvorning, J., Christensen, S.M., Meilvang, M.L. & Ritzau Kjærulf, T. (eds) 2012, Bæredygtige Forst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



Дата загрузки: 2017-06-14
Скачать документ
Скачать текст
0.03/5
... 1674 1674 1675 1678 1695 1C 1E 1H 1J 1K 1K... KBF KBF KC3 KC3 KCA KJ KJ KJ KJ KL KM7 KMA KQ2 KQB... 1724G 18 19 1A 1B 1C 1C 1C 1DTCXXA 1E 1F 1FNAWHA 1J... KF KG KH KI KI KJ 6. avgust 2008 MW + JT MARI... KH 2K BAZA-VP HYDRO KJ KJ KL KL KL KL KM... BLUE-MET. TRUE BLUE-MET./L KJ + SS KQ + NT TURQUOISE-MET.... MW + HJ ROSE RED-MET. KJ + SH 93 - 01 98 - 00...-MET./B_D MILKY SILVER-MET./D KJ + SH SILVER SAGE-MET. SILVER... 1260744 1260774 1A 1B 1B 1C 1C 1C 1D 1K 1L 1P 1S... K5 K5 K6 K6 K9 KJ 6. avgust 2008 PACIFIC GREEN-MET... KH 2K BAZA-VP HYDRO KJ KJ KQ KZ L1 L1 L2... SCARLET RED/L PACIFIC BLUE-MET. 1C + D3 PUNY GREEN POLAR WHITE...-MET. PAPYRUS WHITE PERSIA BLUE 1C + C7 INKY BLUE-MET. RASPBERRY... 19X 19X 19X 1A 1B 1C 1C 1E 1F 1G 1H 1H... + DG NORSEA SQUALL BLUE-MET. 1C + 11V TOURMALLARD GREEN-MET. TOURMALLARD... K86 K97 KF KF KG KJ KL 6. avgust 2008 GALAXY SILVER... JK JN KA KB KE KJ KJ KJ KN KQ KR LBL LJ... 173 186 190 196 1A 1C 1C 1C 1C 1D 1D 1D 1D 1D...



Дата загрузки: 2017-06-15
Скачать документ
Скачать текст
0.05/5
... interactions London, dispersion Bond energy kJ mol−1 Equilibrium length nm 600... HCl NH3 H2 O ∗ Interaction energies (kJ mol−1 ) Dipole moment (D)∗ 0 0.11 1.07... be expressed as (see Fig. 1c) Gc = ha Udc Rigid joints... strength of this interaction (8–35 kJ mol−1 ) falls between that of van der Waals forces (4–8 kJ mol−1 ) and full covalent bonding (40–400 kJ mol−1 ). Fowkes (following the earlier... numerically equivalent to Ga in kJ mol−1 ) “alkane” straight line as...*) numbers1,4 Probe Tb /◦ C DN/kJ mol−1 AN*/kJ mol−1 Characteristic Diethyl ether... Tensile tests). Cleavage loading (Fig. 1c) will concentrate stress at one... 3.3 and the induction effect to 1.0 kJ mol−1 . It is common for... the bond energy (ca. 340 kJ mol−1 for a C–C bond) and Mc... dependence of welding as G1c (t) = G∗1c (t/τ ∗ )1/2 [5] 354 Polymer–polymer adhesion: weld strength where G∗1c is the maximum strength obtained... be very high and reaching kJ m−2 levels and where adhesion strength... low (mJ m−2 ) to very high (kJ m−2 ) and where durability (see Durability... an organic polymer is 13.8 kJ mol−1 . In PDMS, this rotation... a large bond energy of 452 kJ mol−1 . In contrast, the Si–C bond has energy of 318 kJ mol−1 , slightly lower than a C–C bond...−2 3–8 Nmm −1 0–2 Nmm−1 30–50 kJ m−2 10–20 kJ m−2 Data are taken from...



Дата загрузки: 2017-05-20
Скачать документ
Скачать текст
0.16/5
... Individuen im Studiengebiet) von Mitglied j Kj Kapazität der Population von Mitglied... 0a 0b 0c 1a 1b 1c 2a 2b 2c 3a 3b... sein Fokusbereich umfasst: (Formel 4) Kj = Vj / Dj Kj = Kapazität der Population von... Jagdgruppengröße 3b Beutmassenkonsum/ Individuums/Tag 1c Körpermassen der Gildenmitglieder 1b Fossiles...ächst die Körpermassen rekonstruiert (Schritt 1c). Sowohl der tägliche Beutemassenbedarf als...) und der Körpermasse (aus Schritt 1c) rekonstruiert. Es ist allerdings auch... mit den rekonstruierten Körpermassen (Schritt 1c) und der in Schritt 3a... 7 72 55 3b 2c 2c 1c 2b 2b 2b 2b 2c... 3b 3b 3c 2c 2c 1c 2b 2b 2b 2b 2c... 0a 0b 0c 1a 1b 1c 2a 2b 2c 3a 3b... übersetzt. Hauptmitglieder < 0,1g 1a 1b 1c Löwe Gepard Leopard 2a 2b... Streifenschakal Goldschakal 91    1a 1b 1c 2a 2b 2c 3a 3b... 1b 3a 1a 3c 1c 3a 1a 3c 1c 3b 1a 4a... 2b/2c Solitär 1a 1b 1c 2a 2b 99 8. Rekonstruierte Gro... +%PE Tiger Leopard Rothund 1 1 8 2b 1c 2c 3b 3a 3b 3c.... Der Fehlerbereich umfasst die Klassen 1c bis 3c. Der Fokusbereich rezenter... angenommen und die FCmax -%PE 1c bis 3a des Fehlerbereichs ausgeschlossen... 11. Diskussion     < 0,1g   1a   1b 1c 2a 2b 2c 3a 3b... Werte von Rehfleisch übernommen (5120 kJ/kg, 224 g/kg; http://www.... <0,1 0a 0b 0c 1a 1b 1c 2a 2b 2c 3a 3b.... <0,1 0a 0b 0c 1a 1b 1c 2a 2b 2c 1 0,53 0,30... 3,55 11,65 0,33 0,03 1c 24,33 7,69 3,53 0,00.... <0,1 0a 0b 0c 1a 1b 1c 2a 2b 2c 3a 3b...,6 0,0 0,0 0,0 0,0 0,0 0,1 2,2 0,1 0a 0b 0c 1a 1b 1c 2a 1,1 0,0 2b 1,1 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,0 0,1 0,3 0,0 0,1 0,5 0,2 0,3 0,0 0,0 0,1 0,3 0,0 0,2 0,5 0,2 0,3 0,0 0,0 0,1 0,3 0,0 0,2 0,5 0,2 0,3 0,0 0,0 0,1 0,3 0,2 0,2 0,5 0,2 0,3 0,0 0,0 0,1 1,3 2,0 3,3 0,5 3,4 2,3 1,0 0,0 0,0 2,1 0,1 4,2 22,3 42,4 6,4 6,1 3,3 3,5 4,6 0,0 22... 0a 0b 0c 1a 1b 1c 2a 2b 2c 0,00  0,00...  0,00  0,00  0,36  0,45  0,00  1c 0,27  0,00  0,00  0,00  0,18... 0a 0b 0c 1a 1b 1c 2a 2b 2c 3a 3b... 0a 0b 0c 1a 1b 1c 2a 2b 2c 3a 0,00...  0,14  1b 0,00  0,00  0,14  1c 0,00  0,00  0,14  2a 0,00... 1a Aethomys namaquensis 0,59 1b 1c Alaudidae 0,026 0,042 0,034 0b... Anomalurus derbianus 0,45 1,1 0,775 1b 1c 2a Anthropoides paradisea 0,13 1a... Chiroptera 0,004 0,65 0,05 <0,01 1c Chlorocebus aethiops 3 9 6 2b 2c Ciconia... Cyntictis pencillata 0,44 0,8 0,5985 1b 1c Damaliscus dorcas dorcas 55 80... 5a Egretta alba 0,9 1,14 1,02 1c 2a Elephantulus sp 0,025 0,07... Epixerus ebi 0,47 0,7 0,585 1b 1c Equus burchelli 175 340 257... 0a 0b Eupodotis afraoides 0,67 1c Felis aurata 5,5 18 11,75... 0b 3b 3a 2a 2a 1c 0b 0b 0b 4c 3c... 3b 2c 3a 3a 1b 1c <0,01 2b 3c 4a 3c... 3a 3a 2b 3a 0c 1c 1a 3c 3c 2a 2c... 4a 2c 2c 4b 1c 2b 1b 1c 1c 2a 2b 3c 3c 3a 3b 3b 2a 1c 2c... 3 0,75 0,75 0,8 BMK 2a 2c 1c 0c 1a 3b 1b 2c... <0,01 <0,01 3c 0c 3c 1c 3b 3a 4b 4b 1b... 4a 0b 0b 2b 1b 1c 1c BMK 2b 3a BMK 1a 1b 3c 1c 3a 3a 3a 1b 3c... 3c 3b 3c 3a 1b 1c BMK BMK 3b 0c 4a... 3c 3b 4c 1c 1b 1a 1a 4a 1c 4c 4c 2c... falconeris 65 100 82,5 1b 1c Capra ibex 65 100 82... 3a 3b Hylomys suillus 0,56 1c Hystix indica 11 18 14... 3b 1a 1a 2c 2c 1c 2c 1b 3a 2c 3c... < 0,01 0a Bassaricyon alleni 1,235 1c 2a Blastocerus dichotomus 89 125... 0,075 0c Chinchilla chinchilla 0,5 0,8 0,65 1c 1c Chiroptera 0,002 0,0287 0,01535 < 0,01... 2 2a 2b Coendou prehensilis 0,9 5 2,95 1c 2b Conepattus chinga 2,3 4,5 3,4 2b 267... 1a 1c 1c 2b 2a 2b 2a 1c 1c 2b 2a < 0,01 1b 1c 1c 1b... 0b < 0,01 < 0,01 2c 2a 1c 3a 2b 1a < 0,01 0b... 2a 2b 0b 2a 2b 1c 2b 2a 1b 2b 2c... 3a 0b 1c 1c 1b 1c 0b BMK 2b 2c 1b 1c 1c 1c 2a 2a... 0b 0b 2b 0c 3c 1c 2b 4a 4a 4a 2c 2b 0b 0c 1c 0b 1a 1a 1c 0c 0b 0c... 3b 3a 3b 1b 1b 1c 0a 1a 0c 1a 2a... 2b 1a 0b 3b 2a 1c 1c 0c Anhang – Körpermassen der Beutetiere... BMK 0c 0c 2a 3c 1c 1c BMK 1a 1b 2b 4b 1c 2a Tab. A.77 Beutetiere, ihr ... 3b 3c Phacochoerus africanus 0,66 1c 2a 2b 2c 3a Raphicerus campestris 0,92 1c 2a 2b Redunca arundinum 3,75... 3c 4a Sus scrofa 0,96 1c 2a 2b 2c 3a 3b... 3a 3b Mazama americana 0,5385 1c 2a 2b 2c 3a Hydrochaeris... 2b 2c 3a Tayassu peccari 0,7 1c 2a 2b 2c 3a Tayassu tajacu 0,7 1c 2a 2b 2c 269     C-1 DUB... 1,20 2,01 0c 1a 1b 1c 1c 2a 2b Mececyon trinilensis  2 14... 1,92 2,63 3,72 6,25 1a 1c 2a 2a 2b 2b 2c... 8,17 11,54 19,39 1c 2a 2b 2c 2c 3a...,77 16,62 27,92 1c 2b 2b 2c 3a 3a...,01 30,35 59,19 1c 3a 3b 3c Cuon alpinus... 2,03 3,16 4,47 7,51 1b 1c 2a 2b 2b 2b 2c... 9,80 13,87 23,30 1c 2b 2b 2c 2c 3a... 0,49 0,79 0,66 11,31 1c (0,5 – 1 kg) 0  0  0 0 0 3,29 0,14 0,79 0,66...,2 2,7 75,0 0,7 1b (0,2 – 0,5 kg) 0  0  0 0 0 31,2 2,7 75,0 0,7 1c (0,5 – 1 kg) 0  0  0 0 0 13,0 0,8 75,0 0,7 2a (1 – 2 kg.../Tag 6024,96 kj/ Tag 2736 kj/ Tag 11447,424 kj/ Tag - 84... Aktivität zu decken. Rehfleisch 5120 kj/kg 224 g Eiweiß/kg Ern...



Дата загрузки: 2017-06-15
Скачать документ
Скачать текст
0.2/5
... ␩Њc , ␩ЊT , or the group M 1 / 2P2c / 3T 1c / 6 , where ␩cЊ is the viscosity at....29 ϩ ͸ N ⌬hƒk ⌬G ƒЊ(298.15 K) ϭ 53.88 ϩ k (kJ molϪ1) (3-3.1) k (kJ molϪ1) (3-3.2) k ƒ k C pЊ(T ) ϭ ͭ͸ ͭ͸ ͭ͸ k k k ͮ ͭ͸ ͮ ͮ NkCpAk Ϫ 37.93....15 K) ϭ 53.88 ϩ k ƒk ϭ Ϫ25.73 kJ molϪ1 kϭ1 C Њp(700) ϭ ͭ͸ ͭ͸ ͭ͸ ͮ ͭ͸ NkCpAk Ϫ 37.93... Base Property ⌬G Њƒ(298.15 K) kJ molϪ1 ⌬H Њƒ(298.15 K) kJ molϪ1 C Њp(100 K) J mol....5981ͬ ␪ ) ϩ W ͸ M (C ) Ϫ 10.7983ͬ ␪ (3-4.1) (kJ molϪ1) (3-4.2) j pA2j j Nk(CpB1k k ϩ (kJ molϪ) j Nk(CpA1k....5484 Ϫ107.1236 5 k k kϭ1 ͸ N (hƒk) ϭ Ϫ145.561 kJ mol 5 ⌬H ƒЊ(298.15 K) ϭ 10.835 ϩ Ϫ1 k kϭ1 ͸ N (gƒk) ϭ Ϫ23.597 kJ mol 5 ⌬G ƒЊ(298.15 K ) ϭ Ϫ14.83... 3.76 5.49 0.27 ⌬H ƒЊ(298.15 K), kJ mol Ϫ1 Experimental Calculated (First Order.... % Err. (2nd-Order) ⌬G ƒЊ(298.15 K), kJ molϪ1 Experimental Calculated (First Order... tested with the method Property ⌬G Њƒ kJ molϪ1 ⌬H Њƒ kJ molϪ1 C Њƒ(100 K) J molϪ1 KϪ1 C Њp(298... tested with the method Property ⌬G Њƒ kJ molϪ1 ⌬H Њƒ kJ molϪ1 C Њƒ(100 K) J molϪ1 KϪ1 C Њp(298... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... C Њp 500K C Њp 600K C Њp 800K C Њp 1000K C Њp 1500K kJ molϪ1 J molϪ1KϪ1 J molϪ1K... Joback % Error C/G % Error Benson C Њp(700K) kJ molϪ1 % Error Joback % Error C/G % Error....22 kJ mol 7 ⌬H Њƒ(298.15 K) ϭ k Ϫ1 ƒk kϭ1 ͸ N (S Њ) ϭ 0.397 kJ mol 7 S Њ(298.15 K) ϭ k Ϫ1 k KϪ1 kϭ1 ͸ N (S Њ) ϭ 0.801 kJ mol...) Ϫ S el Њ (298.15K)] ϭ Ϫ24.92 kJ molϪ1 ͸ N (C Њ ) ϭ 303.6 J mol 7 C Њp(800 K) ϭ k pk...) standard enthalpy of reaction at T, kJ molϪ1; Eqs. (3-1.2) and (3-1.4) standard (lower... of formation of species i at T, kJ molϪ1; Eq. (3-1.3) transition enthalpy change... at T and 1.01326 bar (1 atm.), kJ molϪ1 KϪ1; Eq. (3-1.8), Sec. 3-5 entropy contribution... at T and 1.01325 bar (1 atm.), kJ molϪ1 KϪ1; Eq. (3-1.9) standard entropy change..., J molϪ1 KϪ1 enthalpy change of boiling, kJ molϪ1 reaction equilibrium constant molecular... Gunn (1973) ZRAi ϭ 0.29056 Ϫ 0.08775␻i (5-8.1c) where Tr ϭ T / Tcm . Spencer and... variables, Table 4-6 ␾ volume fraction, Eqs. (5-2.1c) and (5-9.3) 5.28 ⌰ ␮ ␰ ␴ ␻ CHAPTER FIVE EoS... ij j j ͸ xk⌳ki N xj⌳ij ϩ 1 Ϫ k ͸ x⌳ ͸x␶ G ␶ Ϫ ͸G x N j kj j NRTL ͸␶G x g ϭ͸x RT ͸G x ͸␶G x xG ln ␥ ϭ ϩ͸ ͸G x ͸G x N N E ji... ͩ͸ ␪ ␶ ͪ N ln ␥i ϭ ln i ij kj k k ⌽i xi ϩ ΂ Ϫ j ji ⌽i k kj N kj k k i j ji j i j N j j j N j ij j N k kj k where ⌽i ϭ ri xi ͸rx N k k k and ␪i ϭ qi xi ͸qx N k k k i ΃ kj... group in molecule j ͸x␯ X ϭ ͸x ͸␯ j kj j (8-10.56) k j j kj k where ␯kj is the number of... 1 Ϫ ln (8-10.59) ͸xl ͩ͸ ͪ ͸ ͸ ͬ ␪j ␶ij ␪j ␶j i Ϫ j ␪k␶kj j k z li ϭ (ri Ϫ qi) Ϫ (ri Ϫ 1) z ϭ 10... 1 Ϫ ln ␪j␶ji Ϫ jϭ1 ͸ 3 jϭ1 ΂͸ ΃΅ ␪j␶ij (8-16.16) 3 ␪k␶kj kϭ1 where qi is the UNIQUAC... factor Greek ␣ ␣ij ␤ ␥i ⌫k ␦ ␦ ␧ ␰ ␩ ␪ ⍜i ␬ ␭ ␭ij ⌳ij ␯ (i) k ␯kj ␲* ␳ ␴2 ␶ ␶ij ␾i ⌽i ␹ ⌿mn ␺12 ␻ ⍀ parameter in... viscosity equation is: ͸ K ͩ1 ϩ 2 ͸ H n ␩m ϭ iϪ1 i iϭ1 ij ͸ ͸ n Kj ϩ jϭ1 n ͪ Hij Hik Kj Kk jϭ1 i kϭ1 i (9-5.1) where ␩m is the... 3.5 Ϫ3.5 12.8 CHAPTER TWELVE ␴ ϭ P 2c / 3T 1c / 3Q(1 Ϫ Tr)11 / 9 ͫ Q ϭ 0.1196 1 ϩ (12...Ϫ1 enthalpy change of atmospheric boiling, kJ molϪ1 (see Chap. 7) enthalpy change... (methyl amine) CAS # DelHf0, kJ / mol DelGf0, kJ / mol 7440-37-1 7726...-19-7 431-89-0 DelHf0, kJ / mol DelGf0, kJ / mol Ϫ264.40 Ϫ83....31 13838-16-9 DelHb, kJ / mol DelHm, kJ / mol 14.70 38...-2-pentene 2-methyl-2-butene DelHf0, kJ / mol DelGf0, kJ / mol 554-12-1 141....08 106.90 DelHb, kJ / mol DelHm, kJ / mol 32.15 35...) CAS # DelHf0, kJ / mol DelGf0, kJ / mol DelHb, kJ / mol DelHm, kJ / mol 1.88... 2,2,3,4-tetramethylpentane 2,2,4,4-tetramethylpentane 2,3,3,4-tetramethylpentane CAS # DelHf0, kJ / mol 540-84-1 Ϫ224.01....31 Ϫ116.59 DelHb, kJ / mol DelHm, kJ / mol 30.79 32... CAS # DelHf0, kJ / mol DelGf0, kJ / mol DelHb, kJ / mol DelHm, kJ / mol 138...-17-8 7440-63-3 DelHf0, kJ / mol DelGf0, kJ / mol 0.00 0.00 Ϫ241... 0.00 0.00 0.00 DelHb, kJ / mol DelHm, kJ / mol 0.90 40.66... 0.0729 hv1k hƒ1k gƒ1k w1k kJ molϪ1 kJ molϪ1 0.296 0.147 Ϫ0.071... in App. A. hƒ1k gƒ1k w1k kJ molϪ1 kJ molϪ1 0.263 0.500 X X X X 0.503...Ϫ1 0.297 0.292 Ϫ0.399 Ϫ0.720 kJ molϪ1 kJ molϪ1 1.252 1.041 Ϫ2.792 Ϫ2.092... w2j X 0.03654 0.21106 gƒ2j kJ molϪ1 kJ molϪ1 Ϫ9.874 Ϫ3.887 Ϫ24.125...