A net gain for materials testing

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A net gain for materials testing

机译：材料测试的净收益

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Want to watch materials testing and analysis of your samples from the comfort of your own office? The new virtual testing laboratory Analysis Online brings images, video, data and discussion to your desktop, as Mark Bartlett explains.

机译：是否想在自己舒适的办公室观看材料测试和样品分析？正如Mark Bartlett所解释的那样，新的虚拟测试实验室Analysis Online将图像，视频，数据和讨论带到您的桌面。

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《Materials World》 |2000年第12期|共3页
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正文语种 eng
中图分类工程材料学;
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1. A net gain for materials testing [J] . Materials World . 2000,第12期

机译：材料测试的净收益
2. Net Gains, Net Losses, Net Prophets: New competition — but new opportunities, too—Art Materials and the Internet [J] . Michelle Temares CNA . 2000,第674期

机译：净收益，净损失，净先知：新的竞争，但也有新的机会—艺术品和互联网
3. An anisotropic magneto-mechanical model of ferromagnetic materials for the magnetic memory testing method [J] . Zhang Pengcheng, Shi Pengpeng, Jin Ke, Journal of Applied Physics . 2019,第23期

机译：铁磁材料的各向异性磁力学模型用于磁记忆测试方法
4. The maximum-gain, minimum-integral principle applied to materials testing [C] . Hinton, C.E. . 1996

机译：最大增益，最小积分原理应用于材料测试
5. Fabrication and materials for magneto-photonic assemblies for high-gain antenna applications at GHz frequencies. [D] . Zhang, Lanlin. 2008

机译：用于GHz频率高增益天线应用的磁光子组件的制造和材料。
6. Utilizing CRISPR/Cas9 technology to prepare lymphoblastoid cell lines harboring genetic mutations for generating quality control materials in genetic testing [O] . Li Zhou, Rui Li, Runling Zhang, 2020

机译：利用CRISPR / Cas9技术制备具有遗传突变的淋巴母细胞系以生成基因检测中的质量控制材料
7. We develop a model of scientific creativity and test it in the field of rare diseases. Our model is based on the results of an in-depth case study of the Rett syndrome. Archival analysis, bibliometric techniques and expert surveys are combined with network analysis to identify the most creative scientists. First, alternative measures of generative and combinatorial creativity are compared. Then, we generalize our results and present a stochastic model of socio-semantic network evolution. The model predictions are tested with multiple networks of rare disease specialties. We find that new scientific collaborations among experts in a field enhance combinatorial creativity. Instead, high entry rates of novices are negatively related to generative creativity. By extending the set of useful concepts, creative scientists gain in centrality. At the same time, by increasing their centrality in the scientific community, scientists can replicate and generalize their results, thus contributing to a scientific paradigm. [O] . Massimo Riccaboni, Maria Laura Frigotto 100

机译：我们开发了一种科学创造力模型，并在稀有疾病领域进行测试。我们的模型基于对Rett综合征的深入案例研究的结果。档案分析，文献计量技术和专家调查与网络分析相结合，以确定最具创造力的科学家。首先，比较生成和组合创造力的替代措施。然后，我们推广了我们的结果，并提出了社会语义网络演化的随机模型。模型预测用多个罕见疾病专业网络进行测试。我们发现，一个领域的专家之间的新的科学合作增强了组合创造力。相反，新手的高入门率与生成创造力负相关。通过扩展这组有用的概念，创造性的科学家获得了中心地位。同时，通过增加科学界的中心地位，科学家们可以复制和推广他们的结果，从而促进科学范式的发展。
8. Electromagnetic Energy Applied to and Gained from Lunar Materials [R] . Meek, T. T., Vaniman, D. T., Blake, R. D., 1986

机译：月球材料应用和获得的电磁能量

A net gain for materials testing

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