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Recommended Practice Guides
Dispersion Science
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The Use of Nomenclature in Dispersion Science & Technology
[NIST Recommended Practice Guide, NIST SP 960-3]
This
64-page document deals with the terminology of dispersed particulate
systems, along with their associated properties, components and
measurements. Prepared as a desk-reference for researchers, process
engineers, technicians and students, it covers topics such as
agglomeration, colloidal stability, interfacial & electrokinetic
properties, and rheology. Send e-mail to
request a copy or download a
version. |
Surface Engineering Measurement Standards for Inorganic Materials
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Surface Engineering Measurement Standards for
Inorganic Materials [NIST Recommended Practice Guide, NIST SP
960-9]
The intent of this guide is to give the materials community a resource
for identifying standard methods which are used to measure the surface
properties and to characterize surface engineering methods.
Send e-mail to request a
copy or download a
version. |
X-Ray Topography
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X-Ray Topography [NIST Recommended Practice Guide, NIST SP
960-10]
The aim of this guide is to raise the awareness of X-ray topography and,
therefore, make modern x-ray topography techniques more accessible to
materials scientists who would benefit by obtaining the rich variety of
microstructural information it offers. Send e-mail to
request a copy or download a
version. |
Data Evaluation Theory and Practice
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Data Evaluation Theory and Practice for Materials Properties NIST Recommended Practice Guide, NISTSP 960-11]
This Guide approaches data evaluation as a scientific discipline that evolves from the formal underpinnings of materials metrology. An extensive collection of examples is used to examine the issues of accessibility, reproducibility, consistency, and predictability. Send e-mail to request a copy or downnload a version. |
Fractography of Ceramics and Glasses
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Fractography of Ceramics and Glasses NIST Recommended Practice
Guide, NISTSP 960-16]
The goal of this Guide is to make fractographic analysis of brittle
materials less an art and more an engineering practice for scientists
and engineers. This guide emphasizes practical approaches for
problem solving and failure analyses. The printed book published in May 2007 contains a
few errors. For a copy of the errata
sheet please click Errata.
Send e-mail to request a
copy or download a
version.(31.7 MB) |
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