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When Ben met Mary: The Letters of Benjamin Thompson, Reichsgraf von Rumford, to Mary Temple, Viscountess Palmerston, 1793-1804. 《当本遇见玛丽:伦福德公爵本杰明·汤普森写给帕默斯顿子爵夫人玛丽·坦普尔的信,1793-1804》
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-08-01 DOI: 10.1080/00026980.2023.2234717
Frank A J L James

This paper publishes the sixty-nine surviving very personal letters that Reichsgraf von Rumford wrote to Viscountess Palmerston after they met in Milan in 1793. The letters draw attention to the private domestic spaces of science and the critical importance of the aristocracy in scientific developments, topics that have both received some discussion recently. They were, however, not written with the purpose of providing historical evidence, but as part of a decade-long friendship which the letters trace, revealing, among other things, Rumford's other amours. They also describe in some detail his thoughts about his activities as a member of the governing elite in Bavaria, his scientific and engineering researches (especially the writing and publication of his Essays), as well as what he would have termed his philanthropic efforts in Bavaria, Northern Italy, Britain, and Ireland. All this is framed within the context of the Revolutionary and Napoleonic wars that in so many ways, directly and indirectly, affected Palmerston's and Rumford's lives and work.

这篇文章发表了69封现存的非常私人的信件,这些信件是拉姆福德写给帕默斯顿子爵夫人的,他们于1793年在米兰见面。这些信件引起了人们对私人家庭科学空间和贵族在科学发展中的关键重要性的关注,这两个话题最近都得到了一些讨论。然而,这些信件并不是为了提供历史证据而写的,而是作为一段长达十年的友谊的一部分,这些信件记录了拉姆福德的其他恋情。他们还详细描述了他作为巴伐利亚统治精英成员的活动,他的科学和工程研究(特别是他的论文的写作和出版),以及他在巴伐利亚,意大利北部,英国和爱尔兰所做的慈善努力。所有这些都是在革命战争和拿破仑战争的背景下进行的,这些战争在很多方面直接或间接地影响了帕默斯顿和拉姆福德的生活和工作。
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引用次数: 0
Poison Powder: The Kepone Disaster in Virginia and its Legacy 毒粉:弗吉尼亚Kepone灾难及其遗产
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-07-10 DOI: 10.1080/00026980.2023.2233226
Sofiya Kamalova
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引用次数: 0
Epidemiology of severe acute respiratory syndrome-related coronavirus 2 antibodies in healthy blood donors and their follow-up. 健康献血者严重急性呼吸系统综合征相关冠状病毒 2 抗体的流行病学及其随访。
IF 0.6 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-07-01 Epub Date: 2022-09-28 DOI: 10.4103/ajts.ajts_9_22
Rahul Chaurasia, Gopal Kumar Patidar, Hem Chandra Pandey, Suganya Palanisamy, Vidushi Gupta, Sapna Chopra, Poonam Coshic

Background: Asymptomatic/presymptomatic COVID-19 affected individuals who may appear healthy during blood donor screening can donate blood despite being infective. Most blood donors in India are relatives/friends/acquaintances of patients, who under peer pressure overlook the donor selection process, which can significantly impact the transfusion safety.

Aims: The prevalence of severe acute respiratory syndrome-related coronavirus 2 (SARS-CoV-2) antibodies among blood donors was assessed, along with the possible transmissibility of SARS-CoV-2 virus in transfusion recipients of blood components prepared from sero-reactive blood donors.

Settings and design: A prospective cross-sectional study was conducted among eligible blood donors from November-2020 to April 2021.

Methods: 1500 blood donors were tested for SARS-CoV-2 IgG antibodies. Sero-reactive donors were followed-up telephonically to inquire about risk factors prior to donation or appearance of COVID-19 related symptoms postdonation. Patients transfused with blood components from seroreactive donors were also followed up for posttransfusion symptoms suggestive for COVID-19. Descriptive analysis was done for the donor and patient follow-up data.

Results: A total of 452 (30.1%) donor were reactive, with median S/CO ratio of 2.8 (interquartile range 1.5-5.5). Risk factors such as travel, contact, or quarantine were significantly higher among reactive donors. History of diabetes and/or hypertension was associated with seroreactivity. Total 516 patients were transfused with blood components from these seroreactive donors. Three patients developed fever after transfusion, one of which was found to be PCR positive after 4 days of transfusion.

Conclusion: Sero-reactivity rate among blood donors was lower than the general population. Optimum blood donor screening strategies can help decrease the possibility of blood collection from infected blood donors.

背景:在献血者筛选过程中,无症状/无症状的 COVID-19 感染者可能看起来很健康,尽管他们是感染者,也可以献血。目的:评估献血者中严重急性呼吸系统综合征相关冠状病毒 2(SARS-CoV-2)抗体的流行情况,以及 SARS-CoV-2 病毒在血清反应献血者制备的血液成分输血受体中的可能传播性:方法:对 1500 名献血者进行了 SARS-CoV-2 IgG 抗体检测。对血清反应性献血者进行电话随访,询问献血前的风险因素或献血后出现 COVID-19 相关症状的情况。对输注了血清反应性献血者血液成分的患者也进行了随访,以了解输血后是否出现了提示 COVID-19 的症状。对献血者和患者的随访数据进行了描述性分析:结果:共有 452 名(30.1%)献血者对 COVID-19 有反应,S/CO 比率中位数为 2.8(四分位数间距为 1.5-5.5)。在反应性供体中,旅行、接触或检疫等风险因素明显较高。糖尿病和/或高血压病史与血清反应性有关。共有 516 名患者输注了这些血清反应性献血者的血液成分。三名患者在输血后出现发热,其中一名患者在输血 4 天后发现 PCR 阳性:结论:献血者的血清反应率低于普通人群。结论:献血者的血清反应率低于普通人群。最佳的献血者筛查策略有助于降低从受感染献血者处采血的可能性。
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引用次数: 0
Making Ammonia: Fritz Haber, Walther Nernst, and the Nature of Scientific Discovery 制造氨:Fritz Haber、Walter Nernst和科学发现的本质
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-06-15 DOI: 10.1080/00026980.2023.2222587
P. Joshi
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引用次数: 3
Research between Science, Society and Politics: The History and Scientific Development of Green Chemistry 科学、社会与政治研究:绿色化学的历史与科学发展
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-06-12 DOI: 10.1080/00026980.2023.2222575
Marcin Krasnodębski
lasting. The first section is concluded by Peter Morris with a brief and well-written summary – in English – of the development of synthetic rubber in Germany (15 pp.). Morris argues convincingly that the market for natural rubber played a dominant role, and that Adolf Hitler promoted the synthetic rubber industry for reasons of national pride, despite poor economic prospects. The second section, “Substitutes for Basic Chemicals and Chemical Products,” opens with a lengthy chapter by Manfred Rasch (52 pp.) that summarises in a well-structured narrative his lifelong research on liquid fuels and lubricants from coal, produced by key technologies such as low-temperature coking, high-pressure hydrogenation (Bergius), and the Fischer-Tropsch process. Rasch argues that the attempts to solve the oil shortage produced new scarcities of energy and electricity in their turn – a kind of domino effect that is also addressed in the chapters by Maier and Zilt. The second contribution to this section, by Sandra Fehr, focuses on the scarcity of nitrogen products in Germany during the First World War. Fehr sheds new light on well-known facts by analysing the developments systematically in a strict chronological order, using Joseph Schumpeter’s analytical framework: invention – innovation – diffusion. She argues that all major inventions predated the war, that the nitrogen scarcity for the military was solved, but at the expense of agriculture, and that the HaberBosch process had a long-term impact on world food supply. The third section, “Substitutes for Fragrances, Flavorings, Food and Fodder,” starts with a chapter by Claus Priesner on the development of synthetic coffee flavours by first-rate organic chemists such as Reichstein and Staudinger. The production on an industrial scale of the substitute Coffarom took place after the war, between 1921 and 1931. As in the case of synthetic rubber, competition with the natural product played a large role. Nevertheless, Coffarom stayed on the market until the 1960s. The last chapter of the book, by Ulrike Thoms, deals with the production of fodder from waste materials and animal cadavers. It discusses in detail the great progress in the production of meat and bone meal by the rendering industry during the First World War. These technologies were further improved during the Second World War and had a lasting impact after 1945. Together with the extensive introduction, the seven cases studies represent a history of the German chemical industry in a nutshell, from the nineteenth century to the late 1950s, with a far greater attention than usual to the role played by politics and the military. With respect to the two central questions mentioned above, the answer to the first is that the external pressures of the two wars seldom led to really new inventions, but they scaled up existing technologies and their application. The answer to the second question is more ambiguous. In some cases innovations emerging during the wars
持久的第一节由Peter Morris以英语总结了德国合成橡胶的发展情况(15页)。Morris令人信服地认为,天然橡胶市场发挥了主导作用,尽管经济前景不佳,但阿道夫·希特勒出于民族自豪感推动了合成橡胶工业。第二节“基本化学品和化学产品的替代品”以曼弗雷德·拉施(Manfred Rasch,52页)的一章开篇,该章以结构合理的叙述总结了他对煤制液体燃料和润滑油的终身研究,煤制液体燃油和润滑油是由低温焦化、高压加氢(Bergius)和费托工艺等关键技术生产的。Rasch认为,解决石油短缺的尝试反过来又产生了新的能源和电力短缺——这种多米诺骨牌效应也在Maier和Zilt的章节中得到了解决。本节的第二篇文章由Sandra Fehr撰写,重点介绍了第一次世界大战期间德国氮产品的稀缺性。Fehr通过使用Joseph Schumpeter的分析框架:发明-创新-扩散,以严格的时间顺序系统地分析发展,为众所周知的事实提供了新的线索。她认为,所有重大发明都早于战争,军队的氮短缺问题得到了解决,但以牺牲农业为代价,HaberBosch工艺对世界粮食供应产生了长期影响。第三部分,“香料、香料、食品和饲料的替代品”,以Claus Priesner关于Reichstein和Staudinger等一流有机化学家开发合成咖啡香料的一章开始。1921年至1931年战争结束后,Coffarom的替代品在工业规模上进行了生产。与合成橡胶的情况一样,与天然产品的竞争发挥了很大作用。尽管如此,Coffarom一直在市场上销售到20世纪60年代。这本书的最后一章由Ulrike Thoms撰写,讲述了用废料和动物尸体生产饲料的过程。详细论述了第一次世界大战期间,渲染工业在肉骨粉生产方面取得的巨大进展。这些技术在第二次世界大战期间得到了进一步改进,并在1945年后产生了持久的影响。加上广泛的介绍,这七个案例研究概括地代表了德国化学工业的历史,从19世纪到20世纪50年代末,比以往更加关注政治和军事所发挥的作用。关于上述两个核心问题,第一个问题的答案是,两次战争的外部压力很少导致真正的新发明,但它们扩大了现有技术及其应用。第二个问题的答案比较含糊。在某些情况下,战争期间出现的创新产生了持久的影响,如Haber Bosch工艺和肉骨粉生产所示,但在其他情况下,包括许多合金,该行业回到了战前使用的产品和工艺,尽管具有更高的科学理解水平。
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引用次数: 1
Ersatzstoffe im Zeitalter der Weltkriege: Geschichte, Bedeutung, Perspektiven 取代历史,意义,前景
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-06-07 DOI: 10.1080/00026980.2023.2218689
E. Homburg
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引用次数: 0
Long Hard Road: The Lithium-Ion Battery and the Electric Car 漫长而艰难的道路:锂离子电池与电动汽车
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-05-09 DOI: 10.1080/00026980.2023.2205715
Teresa Sabol Spezio
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引用次数: 0
Letters on Natural Philosophy 自然哲学书信
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-05-09 DOI: 10.1080/00026980.2023.2205213
Alisha Rankin
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引用次数: 0
Deciphering the Hermeticae Philosophiae Medulla: Textual Cultures of Alchemical Secrecy. 解读赫尔墨斯哲学的髓质:炼金术秘密的文本文化。
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-05-01 DOI: 10.1080/00026980.2023.2201744
Megan Piorko, Sarah Lang, Richard Bean

This article presents the decryption, historical analysis, and alchemical interpretation of an alchemical cipher found in a shared notebook of John and Arthur Dee (British Library MS Sloane 1902). The cipher is an early example of a Bellaso/Della Porta/Vigenère type, a strong encryption method which was historically deemed indecipherable. The essay explores the medical and alchemical context for the manuscript into which the cipher was copied and provides the transcription, plaintext solution (in Latin), and English translation of the encrypted text. Further, it interprets the enciphered text through the lens of alchemical practice and provides evidence for the dissemination of this cipher as part of a larger alchemical knowledge network.

本文介绍了约翰和亚瑟·迪伊(British Library MS Sloane 1902)共享笔记本中发现的炼金术密码的解密、历史分析和炼金术解释。该密码是Bellaso/Della Porta/ vigen类型的早期示例,这是一种强大的加密方法,在历史上被认为是无法破译的。本文探讨了医学和炼金术的背景下的手稿,其中密码被复制,并提供转录,明文解决方案(拉丁文),和英文翻译的加密文本。此外,它通过炼金术实践的镜头解释了加密文本,并为作为更大的炼金术知识网络的一部分传播这种密码提供了证据。
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引用次数: 2
Amateur Science and Innovation in Fireworks in Nineteenth-Century Europe. 19世纪欧洲烟花的业余科学与创新。
IF 0.5 3区 哲学 Q3 HISTORY & PHILOSOPHY OF SCIENCE Pub Date : 2023-05-01 DOI: 10.1080/00026980.2023.2201743
Barry Sturman, David Garrioch

The categories of "amateur" and "professional" remain central in studies on the sociology of nineteenth-century science. This article joins a growing body of literature that points out the complicated and intersecting connections between these two groups and how blurred the boundaries could be. This study focuses on pyrotechny, the art of fireworks, a field of far more obvious importance in the nineteenth century than it is today. Firework displays were mounted by artisan firework makers, who by the end of the century had become industrialists, and by military specialists, usually artillerymen. They had also become a common amateur pursuit. Across the nineteenth century, the art was transformed by the introduction of new materials, and the key discoveries were the work of enthusiasts who did not seek to profit financially from their discoveries. In this sense, they too were amateurs, although some had a scientific education. This article asks how they were able to make such major contributions to the field, and it situates them within networks that often crossed the boundaries between those who made fireworks for a living, or who studied them in military contexts, and those who were simple enthusiasts.

“业余”和“专业”的范畴仍然是19世纪科学社会学研究的中心。这篇文章加入了越来越多的文献,指出这两个群体之间复杂而交叉的联系,以及界限可能是多么模糊。这项研究的重点是烟火术,即烟花的艺术,这是一个在19世纪远比今天重要得多的领域。烟花表演由烟花工匠(到本世纪末已成为实业家)和军事专家(通常是炮兵)布置。它们也成了普通的业余爱好。在整个19世纪,新材料的引入改变了艺术,关键的发现是那些不寻求从他们的发现中获利的爱好者的工作。从这个意义上说,他们也是业余爱好者,尽管有些人受过科学教育。这篇文章询问了他们如何能够在这个领域做出如此重大的贡献,并将他们置于经常跨越界限的网络中,这些界限介于那些以制作烟花为生或在军事背景下研究烟花的人和那些简单的爱好者之间。
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引用次数: 0
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Ambix
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