首页|从北京观象台造仪看“工程”的若干特征

从北京观象台造仪看“工程”的若干特征

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17世纪,欧洲耶稣会士来华,并以传播科学助力传教。他们为明清两朝的历法制订做出贡献,并将欧洲的天文仪器技术介绍到中国。为满足制订历法的需求,耶稣会士南怀仁及其中国合作者在1669—1674年制造了赤道浑仪、黄道浑仪、地平经仪、象限仪、纪限仪和天体仪。这些仪器装备了清朝的北京观象台,完成了观象台的改造工程,满足了当时制订历法的需求。这些天文仪器的规划、设计、制造和使用表明了工程的若干特征:以需求为导向,制订系统的工程规划;追求高成功率,尽量采用可靠的技术;以有效的技术集成为工程创新奠定基础;工程团队由工程师、工匠和管理者等不同角色构成;现代工程将技术、科学与管理等知识整合并运用于人们的实践,实现更大规模的工程。
Some Properties of ENGINEERING as Exemplified by the Construction of Instruments for the Beijing Observatory
In the 17th century, Jesuit missionaries came to China, and transmitted scientific knowledge to as-sist their missionary work. They contributed a lot to calendar-making in Ming Dynasty and Qing Dynasty, and in-troduced European astronomical instrument technology into China. In order to meet the urgent needs of calen-dar-making, Ferdinand Verbiest, a Jesuit, and his Chinese co-workers constructed an equatorial armillary sphere, an ecliptic armillary sphere, an azimuthal instrument, a quadrant, a sextant and a stellar globe during the period from 1669 to 1674, which equipped the Beijing Observatory and made the Observatory reconstructed. The plan-ning, design, manufacturing and usage of these instruments exemplified some properties of ENGINEERING as follows:it is led by social needs;it should systematically be planned;it pursues high success rate and makes use of reliable technologies;engineering innovation is based on the efficient integration of different technologies;an en-gineering team consists of different actors, such as engineers, craftsmen and managers;modern engineering means the integration and application of technologies, sciences and management knowledge to humankind’s practices in large-scale engineering.

Beijing Observatoryinstrument-constructingengineeringproperties

张久春、张柏春

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中国科学院科技政策与管理科学研究所,北京 100190

中国科学院自然科学史研究所,北京 100190

北京观象台 仪器制造 工程 特征

2014

工程研究——跨学科视野中的工程
中国科学院大学

工程研究——跨学科视野中的工程

CSTPCDCSCD
影响因子:1.144
ISSN:1674-4969
年,卷(期):2014.(4)
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