戴安邦与《化学通报》

戴安邦 ,1 90 1年 4月 3 0日生于江苏丹徒县 ,1 999年 4月 1 7日在南京逝世。他是我国著名的化学家、教育家、编辑家和中国科学院资深院士。曾历任金陵大学化学系主任、理学院院长 ,南京大学化学系主任、配位化学研究所所长 ,中国化学会常务理事、江苏省化学化工学会理事长 ,第三届全国人大代表 ,第五、六届全国政协委员和第 2 5届国际配位化学会议主席等职。他是《化学》和《无机化学学报》的创始人 ,并任两刊总编辑、主编和《高等学校化学学报》副主编多年。在戴安邦先生诞辰 1 0 0周年之际 ,我们非常怀念他对《化学通报》的无私奉献精神…     

高风亮节光彩永存--纪念戴安邦教授诞生100周年

我于 1 95 6年考取南京大学研究生 ,从师戴安邦教授。他指定我参加“硅酸及其盐的研究”课题小组。 1 960年研究生毕业后 ,留在南京大学化学系工作。在教学上 ,我是戴先生的助教 ;在科研上 ,我是他的主要助手和他的研究生的副导师。在以后 ,即使我本人晋升了副、正教授 ,并且自己也招了研究生 ,仍一直在他的指导和关怀下工作着。从 1 95 6年 8月第一次见到先生 ,到 1 999年 4月他逝世 ,我和他有 40多年的朝夕相处 ,亲身领受到他在教学、科研、做人等各方面的言传身教 ,他为我们树立了光彩永存的榜样。1　治学态度戴先生的治学态度可用“勤奋…     

卢老，您走好

在本期发稿前夕 ,惊闻著名科学家、本刊顾问、德高望重的卢嘉锡院士仙逝。编辑部特请卢先生的生前挚友、本刊前主编胡亚东先生撰写了一篇悼念文章 ,并配发卢先生的学界后辈、厦门大学魏光先生等合写的“初探卢嘉锡的化学哲学思想”一文 ,以表达我们对卢先生一贯给本刊以热诚关怀和支持的感激和怀念之情     

《化学通报》“纪念创刊80周年”专栏征稿和中国化学会《化学通报》戴安邦奖评审启事

1934年,由中国化学会主办的《化学》——《化学通报》的前身正式创刊。这是我国化学界历史最为悠久的学术期刊。2014年,我们将迎来本刊创刊80周年大庆。本刊编委会和编辑部将举办系列纪念活动,并将全年开辟《纪念创刊80周年》专栏。     

《化学通报》“纪念创刊80周年”专栏征稿和中国化学会《化学通报》戴安邦奖评审启事

1934年,由中国化学会主办的《化学》——《化学通报》的前身正式创刊。这是我国化学界历史最为悠久的学术期刊。2014年,我们将迎来本刊创刊80周年大庆。本刊编委会和编辑部将举办系列纪念     

《化学通报》“纪念创刊80周年”专栏征稿和中国化学会《化学通报》戴安邦奖评审启事

.1934年,由中国化学会主办的《化学》——《化学通报》的前身正式创刊。这是我国化学界历史最为悠久的学术期刊。2014年,我们将迎来本刊创刊80周年大庆。本刊编委会和编辑部将举办系列纪念活动,并将全年开辟《纪念创刊80周年》专栏。为此,本刊特向全国化学同仁征求稿件。     

《化学通报》“纪念创刊80周年”专栏征稿和中国化学会《化学通报》戴安邦奖评审启事

·1934年,由中国化学会主办的《化学》——《化学通报》的前身正式创刊。这是我国化学界历史最为悠久的学术期刊。2014年,我们将迎来本刊创刊80周年大庆。本刊编委会和编辑部将举办系列纪念活动,并将全年开辟《纪念创刊80周年》专栏。为此,本刊特向全国化学同仁征求稿件征稿内容包括:     

《化学通报》“纪念创刊80周年”专栏征稿和中国化学会《化学通报》戴安邦奖评审启事

·1934年,由中国化学会主办的《化学》——《化学通报》的前身正式创刊。这是我国化学界历史最为悠久的学术期刊。2014年,我们将迎来本刊创刊80周年大庆。     

第五届中国化学会《化学通报》优秀论文奖和优秀编审奖评选揭晓

<正>中国化学会《化学通报》优秀论文奖和优秀编审奖是《化学通报》创始人、已故戴安邦院士于1994年捐资设立的,用以表彰在《化学通报》上发表的优秀论文作者和为办好《化学通报》做出重要贡献的编委、编辑和审稿专家。本届优秀论文的评选范围为2008~2012年间在《化学通报》上发表的文章;优秀编审的范围为同期或更长时间从事《化学通报》工作的编委、编辑和审稿专家。评委认真评选,最后通过无记名投票,评出论文8篇、优秀编委和优秀审稿专家共6人,现公布如下:     

我刊名誉顾问徐光宪院士获2008年度国家最高科技奖

2009年1月9日上午,国家科学技术奖励大会在北京人民大会堂举行,大会颁发了2008年度国家最高科学技术奖,获奖者为王忠诚、徐光宪两位院士。 国家最高科技奖每年授予人数不超过2名,获奖者必须在当代科学技术前沿取得重大突破或者在科学技术发展中有卓越建树;在科学技术创新、科学技术成果转化和高技术产业化中,创造巨大经济效益或者社会效益。     

My Father,My Grandfather

Note from the Editor: It is with great pleasure and enthusiasm that I introduce this essay which accompanies the publication of the fourth segment of the Tetsuo Nozoe Autograph Books. In the conceptualization stages of this project—which shall appear in 15 consecutive issues of The Chemical Record as well as have a significant internet presence—I proposed to my colleagues Eva Wille and Brian Johnson that each segment be accompanied with a specially invited essay or perspective. This proposal was immediately and enthusiastically accepted. To both celebrate the life and warmth of Tetsuo Nozoe, I can hardly imagine a more appropriate essay than one written by two of his grandchildren and one of his own children! I thank the Masamune Family for their touching contribution to this project. The Nozoe Autograph Books and all the accompanying essays, including this essay, are open access for at least a three‐year period at: http://www.tcr.wiley‐vch.de/nozoe . Jeffrey I. Seeman Guest Editor, University of Richmond Richmond, Virginia 23173, USA     

投我以钯报之以琼琚

钯元素自从被发现就开始逐渐在我们的生活中扮演起重要的角色,本文以钯的广泛应用为引,着重结合科研前沿问题对钯纳米催化剂的设计、合成以及催化机理展开介绍。     

二甲基铍中铍原子的共价

根据共价的新定义,以自然键轨道法研究了二甲基铍中铍原子的共价情况.结果表明,在二甲基铍的单体、二聚体和多聚体中,铍的共价分别为2、4和6.     

Carbon-beryllium binding in CH2Be

Ab initio molecular orbital theory is used to study carbon-beryllium binding in the lowest singlet and triplet states of CH₂Be. When electron correlation is included, both singlet and triplet states are significantly bound relative to the ground states of CH₂ and Be fragments.     

What Will Chemistry Do in the Next Twenty Years?

The path of chemistry in the future will be determined both by its participation in solving large-scale societal problems and by its generation of new ideas through basic research. This article sketches four of the areas of societal “pull” in which chemistry will play a role in solving applied problems—national security, health care, the environment, and energy—and four areas in which basic research will be especially fruitful—materials chemistry, biological chemistry, computational chemistry, and chemistry exploring the limits of size and speed in chemical phenomena.     

Fallout of7Be in Damascus City

Atmospheric fallout of⁷Be was measured over a 2 year period (January 1995–January 1997) at Damascus city (33 N^o, 727 m above sea level). The annual total deposition of⁷Be was found to be 420 and 634 Bq·m⁻² for 1995 and 1996, respectively, reflecting a Mediterranean climate where two well recognized periods are dominant (wet and dry). The depositions in the wet periods were 303 Bq·m⁻² and 517 Bq·m⁻² for 1995 and 1996, respectively, while unexpected equal deposition rates in the two dry periods were found to be about 117 Bq·m⁻². In addition, monthly deposition rate of⁷Be showed a maxima in February in 1995 and January for 1996. Moreover, a comparison has been set for our measurements and other data obtained at different locations in the world.     

“We Will Be Well Prepared”. An Interview with Dr. Georg Wiessmeier about High‐Throughput Experimentation in Materials Research and Process Optimization at Bayer

In the course of preparing the Special Issue of Macromolecular Rapid Communications on High‐Throughput and Combinatorial Methods in Polymer Science, the question arose of how a global company such as Bayer coordinates its activities in high‐throughput experimentation (HTE). Being usually confronted with research results in the form of publications as in this issue, Macromolecular Rapid Communications was interested in the earlier stages of management and development, and wished to provide a look behind the scenes. Georg Wiessmeier made this possible by taking the time to answer a lot of questions with respect to the Bayer way of pursuing HTE, as well as the general development and future perspectives of this technology.     

Investigation of7Be in the Bratislava atmosphere

Near-surface air concentrations of⁷Be and its deposition rates were measured in the atmosphere in Bratislava from 1977 to 1994. Late spring and summer maxima were observed in the near-surface air concentrations on an annual basis. Using measured deposition rates and the calculated average tropospheric content of⁷Be atoms, their mean tropospheric residence time (27–48 days) was determined. An anticorrelation between the measured⁷Be concentration and the sunspot number with correlation factor of 0.55 was observed.