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 1000 документов по запросу «KJ 1C». [Перейти к поиску]


Дата загрузки: 2017-03-18
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0.12/5
... 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: 2017-11-08
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0.06/5
... (UT) Laser (KJ/KL) 3dr Laser (KJ/KL) 5dr Laser (KJ/KL) 4dr... (TJ/KJ) 6x15 Magna/Ralliart (TJ/KJ) 16/17" Magna (TJ/KJ) Wagon... HD Verada Excl. Wagon (KJ) Verada Wagon (KJ) Colt CZC std Colt... Grand Cherokee (WJ) HD Cherokee (KJ) Grand Cherokee (WH) Jeep Commander... TRANSIT '95 TRANSIT PROBE LASER KJ/KJII/KJIII PROBE KA PROBE... SIERRA TELSTAR SIERRA TELSTAR LASER KJ/KJII/KJIII TELSTAR TRANSIT '95... CERBERA TRANSPORTER BEETLE [1C/9C] BEETLE [1Y7] BEETLE [1C/9C] BEETLE [1Y7] BEETLE [1C/9C] TRANSPORTER TRANSPORTER...] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] CADDY GOLF IV [1J] CORRADO BEETLE[1C/9C] 1300 1303 BEETLE [1C/9C] CORRADO CADDY [2K] BEETLE [1C/9C] TRANSPORTER TRANSPORTER TRANSPORTER with ... TRANSPORTER TRANSPORTER T5 TRANSPORTER BEETLE [1C/9C] TRANSPORTER TRANSPORTER TRANSPORTER TRANSPORTER... VOLKSWAGEN VOLKSWAGEN TRANSPORTER TRANSPORTER BEETLE [1C/9C] TRANSPORTER TRANSPORTER T5 TRANSPORTER... 4x4 4x4 * * * * * T * * FG * * * KE * * * * KJ/KL KJ/KL KJ/KL * * * * * * * * * * * * * * * * * * * * * * * g r e b l e m m o r 2008-12 2005.../70 R 13 185/65 R 14 * * * T * * * * * * * * * KJ KK * * * * WJ WJ WH * TJ.../KH TH/KH TJ/KJ TJ/KJ TJ/KJ TL/TW/KL TL... Verada Wagon Verada Verada 4x4 (KJ) Verada Wagon Sunny 120Y/140Y....89* * * T * * * * * * * * * * * * * * * * * * * * * * * * * TH/KH TH/KH * KJ * S13 S13 S13 S13 S14... EOS [1F] BORA [1J] BEETLE [1C/9C] BEETLE [1Y7] BEETLE [1Y7...] GOLF/JETTA BORA [1J] BEETLE [1C/9C] BORA [1J] BORA [1J...] BORA [1J] BORA [1J] BEETLE [1C/9C] GOLF GOLF GOLF GOLF... 1300 1303 BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] With 18... [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] CADDY BEETLE [1C/9C... [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C... [1C/9C] GOLF IV [1J] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] ATLANTIC BEETLE [1C/9C] ATLANTIC BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1C/9C] BEETLE [1Y7] BEETLE [1Y7] BEETLE [1C... [1J] GOLF IV [1J] BEETLE [1C/9C] GOLF BORA [1J] GOLF...



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0.13/5
...: obtained, using the rearrangement (H) 1 soft ˆ = (1 + H)(1 − Pˆ )(P a,b + P 1c + P 1d )ρσ + Pρσ , Pρσ (1.3.17) where the operators... remaining contributions (see Fig. 2,c,d) are a,b Pρσ =2 1c = Pρσ d4 k 1 1 0 ˆ σ (ˆ ˆ λ (ˆ ˜ρµ Tr {ˆ p2 γλ (ˆ p2 − k)γ p2... sides of the expressions for P 1c , P 1d , and obtain the total... the vertex function, appearing in P 1c . The next source is a part... contribution from one-loop corrections t Pρσ = (P a,b + P 1c + P 1d )ρσ . (1.3.27) Extracting the leading... polynomial ℘ n+1 of degree deg (℘) = d, with d = j=1 kj [7, 13Ä15, 21Ä29]: X ≡ Xd... the torus (C ∗ )(N −n) : 1 N (z1 , ..., zN ) ∼ (λkj z1 , ...., λkj zN ), j = 1, ..., N − n. (2.27) TOWARDS AN ALGEBRAIC... with the torus transformation: ˜N˜ ˜1 ˜ −n (˜ x1 , ..., x˜N˜ ) ∼ (λkj · x ˜1 , ..., λkj · x˜N˜ ), j = 1, ..., N ˜, (3.4) where the k˜ji are integers... by N Chain ki kj ∆Int , ∆∗ Int k(K3) = m · ki + n · kj m+ n max(m, n) N I (0001) (1110... extended vectors, i.e., if ex z = λkj · z, j = 1, 2, 3, ..., (5.13) then z µ ex = λkj ·µ · zµ = λdj · zµ , (5.14) ex... j = 1, 2, 3, ... is the number of extended kj vectors. The invariant monomials, ℘i , correspond... i · µ = dim (ki ), ex kex j · µ = dim (kj ), kex l ·µ= (5.22) dim (kex l ). ∗ There... the extended vectors ki = (0, 1, 1, 2) and kj = (1, 0, 1, 2). In this case, duality gives... Ö´¨Ö ˵ɵ´µ¢ ¨ ¢ µ¸´µ¢´µ³ ¸¢µ¤ÖÉ¸Ö ± ´¥µ¶·¥¤¥²¥´´µ¸É¨ ¢ µ¡Ð¥° ´µ·³¨·µ¢±¥ kj ÔÉ¨Ì ¸¥Î¥´¨°. ŠµÔË˨ͨ¥´ÉÒ kj ³µ¦´µ · ¸¸³ É·¨¢ ÉÓ ± ± ´¥¨§¢¥¸É´Ò¥ ¶ · ³¥É·Ò µ¡µ¡Ð¥´´µ£µ É¥µ·¥É¨Î¥¸±µ£µ µ¶¨¸ ´¨Ö Ô±¸¶¥·¨³¥´Éµ¢, ¶·¨ ±µÉµ·µ³ É¥µ· É¥µ·¥É¨Î¥¸±¨¥ ¸¥Î¥´¨Ö σij ≡ σ(ωij , θij ; αp , βp ), § ¢¨¸ÖШ¥ µÉ ¶µ²Ö·¨§Ê¥³µ¸É¥° ¶·µÉµ´ , ¤µ²¦´Ò ¸µ£² ¸µ¢Ò¢ ÉÓ¸Ö ¸ ¶¥·¥³ ¸ÏÉ ¡¨·µ¢ ´´Ò³¨ Ô±¸¶¥·¨Ô±¸¶ . ’µÉ Ë ±É, Îɵ ¢¥²¨Î¨´Ò kj · ¢´Ò ¥¤¨´¨Í¥ ³¥´É ²Ó´Ò³¨ ¸¥Î¥´¨Ö³¨ kj σij ¢ ¶·¥¤¥² Ì ´¥µ¶·¥¤¥²¥´´µ¸É¥° δj  ¡¸µ²Õɨ§ Í¨¨ ¸¥Î¥´¨° µÉ¤¥²Ó´ÒÌ Ô±¸¶¥- 720 €€Ž‚ .‘. ˆ „. ·¨³¥´Éµ¢, ³µ¦´µ · ¸¸³ É·¨¢ ÉÓ ± ± ´¥§ ¢¨¸¨³µ¥ ®¨§³¥·¥´¨¥¯ ÔÉ¨Ì ¢¥²¨Î¨´. ‘µµÉ¢¥É¸É¢¥´´µ ËÊ´±Í¨Ö χ2 § ¶¨¸Ò¢ ¥É¸Ö ± ± [86] nj NÔ±¸¶ É¥µ· Ô±¸¶ kj σij − σij Ô±¸¶ kj ∆σij χ2 (k; αp , βp ) = j=1 i=1 2 + kj − 1 kj δj 2 , (16) Ô±¸¶ £¤¥ ∆σij Å ¸É É¨¸É¨Î¥¸±¨¥ ¶µ£·¥Ï´µ¸É¨. ’ ± ± ± ¢Ò· ¦¥´¨¥ (16) Å ±¢ ¤· É¨Î´ Ö ËÊ´±Í¨Ö µÉ 1/kj , ¥£µ ³¨´¨³¨§ Í¨Ö ¶µ ¢¥²¨Î¨´ ³ kj... Ô±¸¶ ∆σij 2 . (18) ‚ Ê· ¢´¥´¨¨ (17) β¥´ Xjee ÊΨÉÒ¢ ¥É ¸É É¨¸É¨Î¥¸±¨¥ ¶µ£·¥Ï´µ¸É¨ j-£µ Ô±¸¶¥·¨³¥´É . Ž´ Ö¢²Ö¥É¸Ö µ¡Òδҳ ¤²Ö ³¥Éµ¤¨±¨ ˨ɨ·µ¢ ´¨Ö ¶µ ±·¨É¥·¨Õ χ2 . ‚ɵ·µ° (µÉ·¨Í É¥²Ó´Ò°) β¥´ ¢µ§´¨± ¥É ¡² £µ¤ ·Ö µ¶É¨³¨§ Í¨¨ χ2 ¶µ ´µ·³¨·µ¢µÎ´Ò³ ¶ · ³¥É· ³ kj ¨ µ¶¨¸Ò¢ ¥É ¢²¨Ö´¨¥ ¸¨¸É¥³ É¨Î¥¸±µ° ¶µ£·¥Ï´µ¸É¨ j-£µ Ô±¸¶¥·¨³¥´É . Œ¨´¨³Ê³ (17) ¤µ¸É¨£ ¥É¸Ö ¶·¨ ¶¥·¥³ ¸ÏÉ ¡¨·µ¢ ´¨¨ Ô±¸¶¥·¨³¥´É ²Ó´ÒÌ ¸¥Î¥´¨° Ë ±Éµ· ³¨ kj = 1+ Xjte δj2 1 + Xjtt δj2 −1 (19) (§ ¢¨¸ÖШ³¨ µÉ ¶µ²Ö·¨§Ê¥³µ¸É¥°). ‚µ§´¨± ÕÐ Ö ËÊ´±Í¨Ö (17) § ¢¨¸¨É ɵ²Ó±µ µÉ ¤¢ÊÌ ¶ · ³¥É·µ¢, Îɵ ¤¥² ¥É ¥¥ µ¸µ¡¥´´µ ʤµ¡´µ° ¤²Ö ˨ɨ·µ¢ ´¨Ö ¢ ¸²ÊΠ¥ ¡µ²Óϵ£µ ±µ²¨Î¥¸É¢  Ô±¸¶¥·¨³¥´Éµ¢. ˆ¸¶µ²Ó§µ¢ ´¨¥ χ2 ¢¨¤  (17) (¨²¨ (16)) ¢¥¤¥É ± ¤¢Ê³ ¢ ¦´Ò³ ¶µ¸²¥¤¸É¢¨Ö³. ‚µ-¶¥·¢ÒÌ, ¶µ²Ö·¨§Ê¥³µ¸É¨ αp ¨ βp Ë ±É¨Î¥¸±¨ µ¶·¥¤¥²ÖÕÉ¸Ö ¨§ ¨¸¶· ¢²¥´Ô±¸¶ , Îɵ ¶·¨¢µ¤¨É ± ¸³¥Ð¥´¨Õ ´ÒÌ §´ Î¥´¨° Ô±¸¶¥·¨³¥´É ²Ó´ÒÌ ¸¥Î¥´¨° kj σij (µ¡Òδµ ¢ ¶·¥¤¥² Ì ¶µ²´ÒÌ ¶µ£·¥Ï´µ¸É¥°) §´ Î¥´¨° ¶µ²Ö·¨§Ê¥³µ¸É¥°, µ¶·¥Ô±¸¶ ¤¥²Ö¥³ÒÌ ¨§ ¨¸Ìµ¤´ÒÌ (´¥¨¸¶· ¢²¥´´ÒÌ) ¸¥Î¥´¨° σij . ‚µ-¢Éµ·ÒÌ, µÏ¨¡±¨ ¢ ¶µ²Ö·¨§Ê¥³µ¸ÉÖÌ µ± §Ò¢ ÕÉ¸Ö ¡µ²ÓÏ¥, Î¥³ ¶·¨ ¨¸¶µ²Ó§µ¢ ´¨¨ ɵ²Ó±µ ¶¥·¢µ£µ β¥´  ¢ (17), É ± ± ± É¥¶¥·Ó µ´¨ ¢±²ÕΠÕÉ ± ± ¸É É¨¸É¨Î¥¸±¨¥, É ± ¨ ¸¨¸É¥³ É¨Î¥¸±¨¥ ´¥µ¶·¥¤¥²¥´´µ¸É¨ Ô±¸¶¥·¨³¥´É ²Ó´ÒÌ ¸¥Î¥´¨°. Š‘…ˆŒ…’€‹œ›‰ ‘’€’“‘ ‹…Š’ˆ—…‘ŠŽ‰ ˆ Œ€ƒˆ’Ž‰ 721 ŽÉ³¥É¨³, Îɵ ¤ ´´Ò¥ · ¡µÉÒ [4] ¸ ´¥³¥Î¥´Ò³¨ ˵ɵ´ ³¨ ¢Ìµ¤ÖÉ ¢ χ2 ¸ ÊΥɵ³ ±µ··¥²Öͨ° ¸É É¨¸É¨Î¥¸±¨Ì ¶µ£·¥Ï´µ¸É¥° ¸¥Î¥´¨° σiÔ±¸¶ , µÉ´µ¸ÖÐ¨Ì¸Ö ± · §´Ò³ Ô´¥·£¨Ö³ ωi . ‚ ¸µµÉ¢¥É¸É¢¨¨ ¸ [4] ¢³¥¸Éµ ¸ ³¨Ì ¸¥Î¥´¨° σi (¨ Ô±¸¶¥·¨³¥´É ²Ó´ÒÌ, ¨ É¥µ·¥É¨Î¥¸±¨Ì) ³Ò ¢±²ÕΠ¥³ ¢ (17...◦ ), ¸µµÉ¢¥É¸É¢¥´´µ, 4 ¨ 1 %, Îɵ ³µ¦¥É ¸Î¨É ÉÓ¸Ö ¤µ¶Ê¸É¨³Ò³ ¶·¨ ³Ö£±µ³ ±·¨É¥·¨¨ ¡· ±µ¢±¨. ‚±² ¤Ò µ¸É ²Ó´ÒÌ · ¡µÉ ¢ χ2 /Nf § ³¥É´µ ³¥´ÓÏ¥, ¨  ´ ²µ£¨Î´Ò¥ ¢¥·µÖÉ´µ¸É¨ ¸µ¸É ¢²ÖÕÉ 33 % ¨ ¡µ²¥¥. 726 €€Ž‚ .‘. ˆ „. µ·³¨·µ¢µÎ´Ò¥ ³´µ¦¨É¥²¨ kj (Ê· ¢´¥´¨¥ (19)), ±µ··¥±É¨·ÊÕШ¥ Ô±¸¶¥·¨³¥´É ²Ó´Ò¥ ¸¥Î¥´¨Ö, ¤²Ö ¡µ²ÓϨ´¸É¢  · ¡µÉ ¡²¨§±¨ ± ¥¤¨´¨Í¥ ¨ ´ Ìµ¤ÖÉ¸Ö ¢ ¶·¥¤¥² Ì ¸µµÉ¢¥É¸É¢ÊÕÐ¨Ì ¸¨¸É¥³ É¨Î¥¸±¨Ì ´¥µ¶·¥¤¥²¥´´µ¸É¥°.  ¨¡µ²ÓÏ Ö ±µ··¥±Í¨Ö ¸¥Î¥´¨° ¶·µ¨¸Ìµ¤¨É ¤²Ö · ¡µÉ [49] ¨ [24] (θ = 150◦ ), ¤²Ö ±µÉµ·ÒÌ kj = 1, 08 ¨ 1,10 ¸µµÉ¢¥É¸É¢¥´´µ. ˆ³¥´´µ É ± Ö ¡µ²ÓÏ Ö ±µ··¥±Í¨Ö µÉ¢¥Î ¥É ʱ § ´´µ³Ê ¢ÒÏ¥ Ê·µ¢´Õ ¸µ£² ¸¨Ö ÔÉ¨Ì Ô±¸¶¥·¨³¥´Éµ¢ ¸ £²µ¡ ²Ó´Ò³ ˨ɵ³ ´  Ê·µ¢´¥ 4 ¨ 1 %. ’ ¡²¨Í  5. Œµ¤¥²Ó´ Ö § ¢¨¸¨³µ¸ÉÓ ¶·¨ ¨§¢²¥Î¥´¨¨ ¶µ²Ö·¨§Ê¥³µ¸É¥° ¶·µÉµ´  ¸ ¶µ³µÐÓÕ ¤¨¸¶¥·¸¨µ´´µ° É¥µ·¨¨ ˆ§³¥´¥´¨¥ δαp δβp δ(αp + βp ) δ(αp − βp ) SAID...



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0.14/5
...:st:ir:ucionGS vf:Jl'1c:~:olclnos; pDri] (If;~jUS1,·. l bili...



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0.64/5
... two nitrogen atoms,atoms, FigureFigure 1c, or 1b, tridentate binding mode...–N(2) Hg–N(2A) Hg–N(1B) Hg–N(1C) 2.075(5) 2.075(5) 2.690(6) 2.690(6) N(2)–Hg...)–Hg–N(1B) N(2)–Hg–N(1C) N(2A)–Hg–N(1C) N(1B)–Hg–N(1C) 180.0(2) 94.3(2) 85... to the metal centers, Figure 1c [15]. The solvent-accessible volume... was found to be 7.75 KJ/mol for 1’ at 0.0013 mmol..., 32.41, and 30.50 KJ/mol at near zero CO2... of liquefaction of CO2 (17 kJ/mol) but lower than the...-5 at zero coverage (ca. 50 kJ/mol) [23–25], indicating relatively... steadily above 4.35 KJ/mol for 1’ and 8.46 KJ/mol for 4’, respectively...



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0.04/5
... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from..., 542, 824, 818 KA KG KJ KR KW - unknown 408, 390... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... + telemetry (179.971 MHz) FengYun 1C; data FengYun 1D; telemetry Gonets... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... EH EN F FS G H HM HZ J KJ KW LB MB MS PF...). Each HF frequency is given a KJ designator, and these run from... and 179.971 MHz) Fengyun 1C. Beacon Gonets D1-2. Data Quakesat... and 179.971 MHz FengYun 1C; telemetry FengYun 1D; telemetry CBERS...



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0.15/5
...; KMAH 1a KMAH 1b KMAH 1c KMAH Id KMAH Ie - {w} {X} - a Y {m} {a} X! t ~ ~ n S w a!Om... . DIll 37 1O(E 31 ~a=+&II-E)KJ DIB 36 DIe 57 H ... {a} ...... v+6·1I... ~hM A 8) III (n) h1r'ln--- KHEH 1c ~--r'Ih w 1'1 KHHH 19b " h " {~} H KHHH 23a... 4 - KMHH 48b KMEH 5c KMAH 1c KMGH 10 KMHH 5 KMGH 10... KMEH 1b KMHH 12 KMEH 1c KMEH 3a KMHH 33d KMHH... 1 n h KMHH 37c KMHH 37b C {M} A ~ A I {~} m~ ~ - {A} {f} {h} I n - {A} 0 0 f {h} - h 0 - - A- 0 KMAH 1c mf to} - ~ {~} KMHH 42 ~} I 0 I h ~ 0 ~ f " R f {f} A - - A~ A I {~} ~} {A} {I} ~ Il... 4 A{1}-j. - I M {n} 1 h I n e}~ KMHR 8a n , ~ KMAH 1c 0 1 ~ KMHH 27b KMHR 1c KMDH 4 420 KMHH 34a..."'B I a1~ KMGH 9 KHGH 4 KMHH 4 - - KHAH 1c KMGH 3g 0 {1} ~ x n I - - J '1 mH 8 n {>} - {J} 1} I '1 ,} I 0 a1 - 441... 444 XY {oJ + t1 KMAH 1c KMEH 1b mA KMHH 35a... {n} {n} I R A m It I)} r'I 0 1 W f}nnhIRB~110A w n S {I} {r'I} No (~) } • {n} KMAH 1c - - 0 n KMEH 1b - a Y {m} {e} x l r KMHH1a q} {J} {I} w a {n} I KMGH 8 9 - 0 ~ KMGH... 31c KMHH 30b {I} ~ ~} I 0 ' III KMEH 1c h'l'In--~ {~} KMHH 37c A ~ J. AA {a} {M} 0 KMHH... {~} {I} KMHH 39d KMHH 28a KMAH 1c w} {I} {w} {f} A - I KMHH Sa KMHH 27a I I w q 1. {n} 0 {I} w} s {a} w {~} n n ~ KMGH... 1 KMEH Sa h 1 } w- KMHH 14b f {w} I h I n ~} {A} {I} I} KMAH 1c - KMHH 27b 1. n X{w} {e} {e} - - - to} KMHH 37b... 41d m1'1 w I 0 f {n} I - - {1} KMHH Sb KMAH 1c {n} wa KMHH 2b +} {h} w T to} 0 A w A I {w} A} {I} KMHH... ;f e"71 M I 0~ a SITE Dl 9 76 I~ J.0, Ff ~6 ~+ A 't. kJ ~-,. 80 79 I n rt I F\" cr .L ~::~ ~ 0 25...



Дата загрузки: 2017-11-08
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0.28/5
... the several nitrogen oxides in kJ/mol are also given in... proposed in this paper. Gas Δ H θf (kJ/mol) NO NO2 N2O N2O3... m = 44.01 g/mol, cv = 0.655 kJ/kg*K, k = cp/cv = 1.289. C + O 2 → CO 2 Δ U = −393.5 kJ / mol The ΔU here is the... vΔT. The added heat is ΔU = 393.5 kJ/mol. Hence, ΔT = 13.65 kK... enthalpy is 463 kJ/mol, C=O is 799 kJ/mol. This means that... used. The cvH2 = 10.16 kJ/kg*K, kH2 = cv/cp = 1.405, cvCO2 = 0.655 kJ/kg*K, kCO2 = 1.289. If ΔT is... Δ T (c vCO mCO + xc vH m H ) = 393.5 kJ /mol 2 2 2 2 393.5 393.5 − c vCO mCO....16⋅2.016x 44.01 + 2.016x kJ / kg⋅K cp = 0.844⋅44.01....32⋅2.016x 44.01 + 2.016x kJ / kg⋅K k = 0.844⋅44.01 + 14...: m = 9.91 g/mol, c v = 1.421 kJ/kg*K, cp = 1.930 kJ/kg*K, k = 1.358. LOX/RP... 2 and N2. NO2 releases 34 kJ/mol upon decomposition. Formation of.... This means, it soaks 46 kJ/mol to break, but this... + H2 2 2 C + NO 2 → CO 2 + Δ H = +46 kJ / mol 1 N 2 2 Δ H = −427.5 kJ /mol The equivalent amount.... For N2, cp = 1.04 kJ/kg*K, cv = 0.743 kJ/kg*K, k = 1.4. The rest... exhaust gases. Exhaust m (g/mol) cp (kJ/kg*K) cv (e1) N2 + 3H2... ve1 m e1) = 427.5 − 46x (kJ/kg*K) k kJ / mol 3450(0.0664699x + 0.0264682) = 427.5 − 46x kJ / mol Solving this equation, x = 1.22106.... Then c vH2O = 1.76 kJ/kg*K, cvN2 = 0.743 kJ/kg*K. The water reaction is 2H 2 (g) + O 2 (g) → 2H 2 O(g) 19 Δ H = −285.8 kJ/mol Assume that O2 is... N2 are involved. 241.82 kJ heat has been released. Of... CO 2 ( g) + 2H 2 ( g ) → C (s) + 2H 2 O( g ) Δ H = −90.127 kJ /mol (1) can happen directly at... to be constant, cvH2O = 1.76 kJ/kg*K. Δ T⋅1.76⋅0.03603 = 90.127... 2 ( g) + 4H 2 ( g ) → CH 4 ( g) + 2H 2 O( g ) Δ H = −165.027 kJ /mol (2) is 8.45% worse than... no soot. The c vCH4 = 0.0274 kJ/mol*K. ΔT = 165.027 = 2585 K 1.76... to C2H6. 2CH 4 → C 2 H 6 + H 2 Δ H = 65.89 kJ /mol This again leaves no... broken CH 4 ( g) → C ( s) + 2H 2 ( g ) Δ H = 74.87 kJ / mol (3) and half the initial... the value for the Merlin 1C Vacuum engine which can be... found corresponding to the Merlin 1C Vacuum engine Isp value. This...



Дата загрузки: 2017-06-14
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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
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0.07/5
... 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...