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PC can also be sterilized by gamma irradiation and electron beam radiation, but first, its molecular structure must be stabilized to avoid degradation and discoloration of the polymer [10,11].
The coefficients of thermal expansion found differ from those presented according to [45] for PC (110-130 μm / (m · ° C)), this difference can be attributed to the fact that 3D printing has free space in its structure despite of a 100% print fill density.
Groselj: Sterilization effect on structure, thermal and time-dependent properties of polyamides, Researchgate, (2011)
Vagholkar: Nylon (Chemistry, Properties and Uses), International Journal of Scientific Research.
Zuoguang , Annealing effect on crystalline structure and mechanical properties in long glass fiber reinforced polyamide 66, Journal of Applied Polymer Science, (2016), p. 1-10

.), the metallurgical state of the alloy (composition, crystal structure, phases microstructure, cold work, grain boundary composition, grain boundary segregation, etc.) and the loading environment (constant, increasing or cyclic loading, R value, stress state, etc.).
Owing to their more regular structure, the CSL boundaries would be expected to meet, or be very close to meeting the criteria for slip transmission.
Effect of coincident site lattice boundary enhancement on IASCC of 304 and 316 stainless steels strained in constant extension rate mode in 288°C normal water chemistry
unirradiated unirradiated irradiated high SFE low SFE cellular dislocation planar dislocation intense, widely structure structure spaced channels Fig. 13.

Next, the F-Actin filaments of the platelets' cytoskeleton were stained using Rodhamine Phalloidin (R415 from Invitrogen™), a cellular structure probe made from a phalotoxin conjugated to the orange-fluorescent dye, tetramethylrhodamine (TRITC) also diluted in 1% BSA solution, in order to prevent non-specific staining.
Si vs. 3C-SiC in vivo While in vitro testing allows us to carefully investigate the materials under controlled biological conditions, in vivo testing allows us to test materials in complex biological envioronments containing multiple cell types and chemistries, which typically reveals a better understanding of actual material biocompatibiliy.

Electromagnetic processing of materials applies electromagnetic field into materials fabrication and processing to control materials structure and properties.
Chan, Materials Chemistry and Physics, Vol.85, (2004), p438

The elongated structure on the surface is a Sn whisker
Tu: Materials Chemistry and Physics Vol. 46 (1996), p. 217.

Such complicated structures are usually synthesized by processes involving several nontrivial steps.
Cho, Multiplex targeting, tracking, and imaging of apoptosis by fluorescent surface enhanced raman spectroscopic dots, Bioconjugate Chemistry 18 (2007) 1155-1162

Pandeyb, Rahul Rahulc, Gautam Send * Department of Chemistry, Birla Institute of Technology, Mesra, Ranchi – 835215, Jharkhand, India Email: apinkipalhbti@gmail.com, bjppandey@bitmesra.ac.in, crahulsharma17@gmail.com, *dgsen9@hotmail.com Keywords: cinnamic acid, graft copolymer, turbidity range, sedimentation stage.
The homogeneous morphology of CMC is vanished after grafting and transformed into fibrillar heterogeneous structure.

Preparation, Surface Activity and Application of Fluoro-Spreading Agent Hongxin Shi1, a, Yuteng Fu1,b, Haimin Shen1,c, Hongke Wu1,d 1Zhejiang University of Technology, State Key Laboratory Breeding Base of Green Chemistry Synthesis Technology, Hangzhou 310032, China ashihxin@zjut.edu.cn, bjkjkh2@126.com, chaimshen@zjut.edu.cn, dwuhongke@zjut.edu.cn Keywords: fluoro-surfactant; gasoline; spreading agent; covering degree; aqueous film-forming foam；fire fighting agent Abstract.
The main problem of PFOA and PFOS is their chemical structure containing basically 8 carbon atoms line chain which is very difficult to bio-decompose.

Differential measurement structure is used to increase the resolution of the output signal [5].
Peris: TrAC Trends in Analytical Chemistry, Volume 34, April 2012, p. 111-125

Figure 1 Chemical structure of Risocaine Table 1 Purities and physical properties of the substances used in this work Substance Mw (g/mol) Tm (K) Vs (L/mol) Tc (K) Pc (bar) Psat(Pa) (298K) ω Purity (mol%) Carbon dioxide 44.01 － － 304.19 73.82 － 0.228 >99.9 Risocaine 179.22 596.45 0.1626 819.13 31.42 0.00352 0.717 >99 Experiment Materials.
Solid-state chemistry and particle engineering with supercritical fluids in pharmaceutics.