“80后”陈靖壬:拯救濒临灭绝的“皇帝鱼”成富豪

来源 :就业与保障 | 被引量 : 0次 | 上传用户:zhaojie25
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
因为父亲出车祸,家中生活困难,大二他就辍学自己创业。他搞过工业产品设计,办过美术培训班,最后因发现一个被人忽视的市场空白,使这个昔日的屌丝男,一下成了颇具传奇色彩的千万富豪。大二退学外出打拼“80后”陈靖壬,出生在山东日照市虎山镇的一个渔村。2001年,他考上无锡轻工业大学工业设计专业。第二年9月要上大二了,可因为父亲之前出一场车祸,花光了家里全部积蓄。父母已经拿不出那一年他需要的学费和生活 Because of his father a car accident, home life difficult, sophomore, he dropped out of school to start their own business. He engaged in industrial product design, art training courses, and finally found a neglected market blanket, so that the old reluctant male, has become legendary millionaires. Sophomore dropped out of school work “80 after ” Chen Jing Wang, was born in a fishing village in Hushan Town, Rizhao City, Shandong Province. In 2001, he was admitted to Wuxi University of Light Industry Industrial Design. The second year in September to sophomore, but because his father had a car accident, spent all the savings at home. Parents can not get the tuition and living he needs that year
其他文献
In this paper,first,we investigate a novel one-dimensional logistic-PWLCM (LP) modulation map which is derived from the logistic and PWLCM maps.Second,we propos
First-principles calculations based on density functional theory corrected by Hubbard parameter U (DFT+U ) are applied to the study on the co-adsorption of O2 a
采用TPTZ(2,4,6三吡啶-s-三嗪,C18H12N6)方法对2015年6月采集的南海北部表层海水,以及珠江口东侧S断面进行了碳水化合物的分析。结果表明,溶解单糖(dissolved monosaccharide
我于1985年来中山医大,1991年起任副馆长,主持日常工作,1996年起任馆长,前后六、七年的时间。为了尽职,把图书馆工作做好,我在理论和实践的两个方面都注重如何当好一个大学图书馆馆
Based on the chaotic geomagnetic field model,a non-smooth factor is introduced to explore complex dynamical behaviors of a system with multiple time scales.By r
We propose a M(o)bius-strip-type plasmonic cavity with a silver M(o)bius strip sandwiched between dielectric layers.By brief theoretical and simulation analyses
葡萄是世界上栽培历史最久、产量最大的果树种类之一。目前为止葡萄品种有数千个之多,使得品种间鉴别比较困难,建立一个葡萄品种的通用快速鉴别平台十分必要。 葡萄叶片是浆
本试验采用形态学分类学的方法,对源自于国内外的42份薄皮甜瓜种质资源的13个农艺性状进行了聚类分析。试验结果表明:供试材料可以根据果面颜色、果形、单果重等划分为6个品种