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17 Mar 2017: Let hA(x) = Px(TA < ) and kA(x) = Ex[TA]. Theorem 2.2. ... kA(x) = 0 x A. QkA(x) =y. qxykA(y) = 1 x / A.

3 Apr 2017: Cerebral Cortex, February 2017;27: 888–902. doi: 10.1093/cercor/bhw417Advance Access Publication Date: 5 January 2017Original Article. O R I G I N A L A R T I C L E. Reduced Hippocampal Functional ConnectivityDuring Episodic Memory Retrieval in

7 Apr 2017: Aus d e m Z o o l o g i s c h e n I n s t i t u t d e r U n i v e r s i t s H a l l e a. S.). Z U R T H E O R I E D E R F L I M M E R B E W E G U N G. ( D Y N A M I K , N U T Z E F F E K T , E N E R G I E B I L A N Z ). V o n. W I L H E L M L U D W

18 Apr 2017: á â. á. ä6á.á.6â à>kâ 64 á ã 4}4}Þc>}V9d«ce_<_:GÙ[6}e6=.Sá. å6[69.â6á ä1kâá 64 á!à ]É46¢d=.l= g:O0=.

18 Apr 2017: respectively. So the quantity KA/L is the thermal equivalent of 1/R. ... respectively. Similar to previous models, the thermal conductivity of each layer (KA, KB, KC) was.

18 Apr 2017: C Ka. 10 mm. N Ka. 10 mm. SE. Ti Ka.

18 Apr 2017: A3 9KA24>2!ASO68C!2?UN/02,DA2?C!6HD 6893 96H< I'<OC!C!KA>6HI3V>2!WOK2!I C?2,P10 6HCQ0782?3 E>@9<V90

18 Apr 2017: p3kIJPFNkJLWvSLD3WbJLD3FSLOTNF@IKm3kHNMPFIJPOTWXmHkIJLFWKw>JLD3Fm3FNbNOT'RTFX. h

18 Apr 2017: The detailedvalues of the Avrami parameter kA and the time expo-nent n will depend on many different factors, as re-viewed by Christian [53].

18 Apr 2017: El equipo utilizado fue undifractometro de rayos X Philips, PW 1730 conradiacion no filtrada Cu,Ka.