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...meance''' is how well [[matter]] or [[energy]] flows through something. In science, permeance is usually shown as: <math>\mathcal{P}</math>. [[Category:Materials science]] ...

...resistive materials, for example [[graphite]], iron, and certain synthetic materials. {{science-stub}} ...

Poisson's ratio ranges from 0.0-0.5 for common materials, though for materials with certain structures, can be as low as -1. A material with a Poisson's r [[Category:Materials science]] ...

...ed by the area to which the force is applied; and <var>[[strain (materials science)|strain]]</var> is the ratio of the change caused by the stress to the orig ...

...'')<ref name="Timoshenko">Timoshenko, S., (1953), ''History of strength of materials'', McGraw-Hill New York</ref> is a simple [[wikt:method|method]] to [[wikt: At the time, [[science]] and [[engineering]] were viewed differently than today. Mathematical theo ...

...]].<ref>{{Cite web|last=|first=|date=July 14, 2020|title=Metallurgical and materials engineers|url=https://www.workbc.ca/careers/2142|url-status=live|archive-ur Physical metallurgy is the science of making useful properties out of metals. This field focus on the physical ...

==Materials== ...is [[Young's modulus]], and <math> \epsilon </math> is [[strain (materials science)|strain]]. ...

...erential scanning calorimetry (DSC),''' is an analysis tool widely used in materials sciences, [[thermochemistry]], drug purity and food quality testing.<ref>T ...y the ''heating resistor'' flows further into the sample and the reference materials chambers. ...

...ead to a permanent shape change or structural failure if the [[strength of materials|material is not strong enough]]. | publisher = Alpha Science Int'l Ltd. ...

...ed the daughter nucleus. The high-energy particles produced by radioactive materials are called [[radiation]]. These various kinds of decay can happen sequentia ...de the body, such as when people breathe [[dust]] or [[gas]] consisting of materials which decay by emitting alpha particles (radiation).{{cn|date=January 2025} ...

...September - 3 October 2008, El Paso, Texas, USA. Special volume devoted to materials presented at SCAN 2012. Published by the Institute of Computational Technol [[Category:Computer science]] ...

...] or from the giant [[Ymir]] in [[Norse mythology]]&nbsp;– or from chaotic materials, as in [[Izanagi]] and [[Izanami]] in [[Japanese mythology]]. In another ty ...=William Lane|last=Craig|journal=The British Journal for the Philosophy of Science|volume=30|issue=2|date=June 1979|pages=165–170 [165–6]|doi=10.1093/bjps/30. ...

...magnetization|magnetized]] and/or [[Polarization density|polarized]]. (All materials can to some extent.) ...s can separate over atomic distances in [[polarization density|polarizable materials]], and when the bound charges move, the polarization changes, creating anot ...

...[multiplication]] and [[division (mathematics)|division]], and also for "[[Science|scientific]]" functions such as [[Nth root|roots]], [[logarithm]]s and [[tr ...culator]]s were developed, slide rules were the tool used most often in [[science]] and [[engineering]]. The use of slide rules continued to grow through the ...

|publisher = Materials Research Science and Engineering Center, [[University of Nebraska–Lincoln]] ...

In [[materials science]], surface tension is used for either [[surface stress]] or [[surface energ ...

...enes of Cyrene (276&nbsp;BC-194&nbsp;BC) |url= http://www.enotes.com/earth-science/eratosthenes-cyrene-276-b-c-194-b-c |publisher= enotes.com |access-date= 20 ==Science== ...