Freezing Material Without Electricity

Bjørn Berland

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Freezing Material Without Electricity

机译：不用电冻结材料

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When collecting in the field, biological samples can be kept cool at 0 C in ice slush, or frozen at −20 C in a crushed ice + salt (NaCl) cold mixture, in well-insulated containers, for several hours or days.

机译：在野外采集时，可以将生物样品在冰泥中保持在0°C的低温，或在充分绝缘的容器中在碎冰+盐（NaCl）冷混合物中的−20°C冷冻数小时或数天。

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来源
《Journal of Parasitology》 |2006年第5期|p.1103-1103|共1页
作者
Bjørn Berland;
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作者单位

Biologisk Institutt, University of Bergen, Bergen, Norway. E-mail: Berland@bio.uib.no;

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原文格式 PDF
正文语种 eng
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关键词
Freezing Material,Electricity,biological samples;

机译：冷冻材料;电;生物样品;

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专利

1. Aspects of freezing process in porous material-water system Part 2. Freezing and properties of frozen porous materials [J] . S.Chatterji Cement and Concrete Research . 1999,第5期

机译：多孔材料-水系统中冷冻过程的各个方面第2部分。冷冻多孔材料的冷冻和性质
2. Heater warms material without electricity [J] . Stamping Journal . 2000,第3期

机译：加热器无需电即可加热物料
3. Freezing curve-based monitoring to quickly evaluate the viability of biological materials subject to freezing or thermal injury [J] . Jing Liu, Yi-Xin Zhou Analytical and bioanalytical chemistry . 2003,第1期

机译：基于冻结曲线的监视，可快速评估遭受冻结或热伤害的生物材料的生存能力
4. Freezing curve based monitoring to quickly evaluate the viability of the biological materials subject to freezing and rewarming [C] . Jing Liu, Yi-Xin Zhou Annual International Conference of the IEEE Engineering in Medicine and Biology Society . 2001

机译：基于曲线的监测，快速评估生物材料受到冻结和复活的可行性
5. Mixture proportioning and freezing and thawing durability of ultra high performance concrete mixtures using local materials. [D] . Muro Villanueva, Jesus. 2015

机译：使用本地材料的超高性能混凝土混合物的配料配比以及冻融耐久性。
6. Dataset of the PV surface temperature distribution when generating electricity (PV-On) and without generating electricity (PV-Off) using Halogen Solar Simulator [O] . Erkata Yandri 2019

机译：使用卤素太阳能模拟器发电（PV-On）和不发电（PV-Off）时PV表面温度分布的数据集
7. FROST DAMAGE WITHOUT REPETITION OF FREEZING AND THAWING AND EVALUETION METHOD OF POROUS INORGANIC MATERIALS [O] . OSAMU SENBU, EIJI KAMADA, YOSHIRO KOH, 1986

机译：没有重复冻结和解冻和多孔无机材料评价方法的霜冻损坏
8. Standard Reference Materials: Standard Reference Material 1747: Tin Freezing-Point Cell and Standard Reference Material 1748: Zinc Freezing-Point Cell [R] . Strouse, G. F., Ince, A. T. 1997

机译：标准参考材料：标准参考材料1747：锡冷冻点电池和标准参考材料1748：锌冷冻点电池

Freezing Material Without Electricity

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