＂最大民营FOF来了。清科集团将募集一只规模50亿元的股权投资FOF基金（Foud Of Funds,是一种专门投资于其它证券投资基金的基金,FOF并不直接投资股票或债券,其投资范围仅限于其它基金）,被PE界誉为＂最动人的消息＂。虽然欧美地区有限...＂最大民营FOF来了。清科集团将募集一只规模50亿元的股权投资FOF基金（Foud Of Funds,是一种专门投资于其它证券投资基金的基金,FOF并不直接投资股票或债券,其投资范围仅限于其它基金）,被PE界誉为＂最动人的消息＂。虽然欧美地区有限合伙人中FOF的出资份额往往都会超过50%,但在本土基金的有限合伙人中,FOF还几乎无影可觅。清科要做的,就是填补这个空白。在行业里深耕多年。展开更多
私募股权FOF，顾名思义，私募股权“基金的基金”（fund of funds，以下简称FOF）。它与一般私募股权投资的不同之处在于FOF投资标的不是项目或公司，而是私募股权投资基金，由专业人士帮助投资人挑选、管理、跟踪所投资的私募股权投资...私募股权FOF，顾名思义，私募股权“基金的基金”（fund of funds，以下简称FOF）。它与一般私募股权投资的不同之处在于FOF投资标的不是项目或公司，而是私募股权投资基金，由专业人士帮助投资人挑选、管理、跟踪所投资的私募股权投资基金。它已成为私募股权基金和对冲基金产业链条上的重要一环，投资圈中称之为“守门人”。展开更多
In this paper we report on the foF2 variabilities for two equatorial regions (Ouagadougou: Lat. 12.4°N;Long. 358.5°E, Dip. 1.43°S;and Manila: Lat. 14°36'15.12''N;Long. 120°58'5...In this paper we report on the foF2 variabilities for two equatorial regions (Ouagadougou: Lat. 12.4°N;Long. 358.5°E, Dip. 1.43°S;and Manila: Lat. 14°36'15.12''N;Long. 120°58'55.92''E;Dip. 0.6°S) during solar cycles 20 and 21 minima and maxima phases. Many previous works have argued on the diurnal and seasonal variation of foF2 for different solar events conditions for latitudinal position. But there are few investigations for Africa equatorial region longitudinal variation. The present paper’s goal is to outline possible similarity in foF2 behavior between variations for better understanding of physical process lead to some observed phenomenon in Asia-Africa equatorial sector. The F-layer critical frequency (foF2) data observed from the two equatorial ionosonde stations have been used for the present comparative study. The results show significant similarity between the critical frequency (foF2) seasonal variations over the time intervals 1976-1996. During day-time measured data from Manila station are higher than those from Ouagadougou station. That may lie in that Manila is closer to equatorial ionization crest region. During solar minimum phase, the longitudinal variation of foF2 shows two crossing points (11:00 UT and 22:00 UT) between the foF2 profiles form the two stations for all seasons regardless of the solar cycle. However during intense solar activity condition, the number of crossing-point between measured data from Manila and Ouagadougou stations varies by seasons and solar cycle. This phenomenon may be due to the compilations of severe activities (storms, coronal mass ejection, heliosheet fluctuations) during the solar maximum phases.展开更多
文摘＂最大民营FOF来了。清科集团将募集一只规模50亿元的股权投资FOF基金（Foud Of Funds,是一种专门投资于其它证券投资基金的基金,FOF并不直接投资股票或债券,其投资范围仅限于其它基金）,被PE界誉为＂最动人的消息＂。虽然欧美地区有限合伙人中FOF的出资份额往往都会超过50%,但在本土基金的有限合伙人中,FOF还几乎无影可觅。清科要做的,就是填补这个空白。在行业里深耕多年。
文摘私募股权FOF，顾名思义，私募股权“基金的基金”（fund of funds，以下简称FOF）。它与一般私募股权投资的不同之处在于FOF投资标的不是项目或公司，而是私募股权投资基金，由专业人士帮助投资人挑选、管理、跟踪所投资的私募股权投资基金。它已成为私募股权基金和对冲基金产业链条上的重要一环，投资圈中称之为“守门人”。
文摘In this paper we report on the foF2 variabilities for two equatorial regions (Ouagadougou: Lat. 12.4°N;Long. 358.5°E, Dip. 1.43°S;and Manila: Lat. 14°36'15.12''N;Long. 120°58'55.92''E;Dip. 0.6°S) during solar cycles 20 and 21 minima and maxima phases. Many previous works have argued on the diurnal and seasonal variation of foF2 for different solar events conditions for latitudinal position. But there are few investigations for Africa equatorial region longitudinal variation. The present paper’s goal is to outline possible similarity in foF2 behavior between variations for better understanding of physical process lead to some observed phenomenon in Asia-Africa equatorial sector. The F-layer critical frequency (foF2) data observed from the two equatorial ionosonde stations have been used for the present comparative study. The results show significant similarity between the critical frequency (foF2) seasonal variations over the time intervals 1976-1996. During day-time measured data from Manila station are higher than those from Ouagadougou station. That may lie in that Manila is closer to equatorial ionization crest region. During solar minimum phase, the longitudinal variation of foF2 shows two crossing points (11:00 UT and 22:00 UT) between the foF2 profiles form the two stations for all seasons regardless of the solar cycle. However during intense solar activity condition, the number of crossing-point between measured data from Manila and Ouagadougou stations varies by seasons and solar cycle. This phenomenon may be due to the compilations of severe activities (storms, coronal mass ejection, heliosheet fluctuations) during the solar maximum phases.
