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The properties of the resins are determined by the type of hardener and the chemical structure of the epoxy oligomer, as well as their ratio [4].
Synthesis and application of epoxy resins: A review, Journal of Industrial and Engineering Chemistry. 29 (2015) 1-11
The effect of stoichiometry and thermal history during cure on structure and properties of epoxy networks, Polymer.36 (1995) 1407-1414

Introduction Polymeric materials in the process of operation and recycling undergo significant changes in structure and molecular weight.
Khashirov, Comparative studies of thermal degradation of polyether ketones of various structures using pyrolytic gas chromatography, Proceedings of Kabardino-Balkarian State University.
Khashirova, Synthesis and properties of polyetheretherketones for 3d printing, Fibre Chemistry. 49-6 (2018) 414

Structure of nanocomposites The XRD patterns of PE/organoclay nanocomposites are shown in Fig. 2.
Sample Code Final Recovery by Inductive Heating(%) Final Recovery by Direct Heating(%) PE-C2-N5 79 100 PE-C2-N15 100 100 PE-C2-N40 93 94 Summary Magnetic field sensitive nanocomposites have been produced with intercalated structure as characterized by XRD.
Mather, Material Chemistry: Vol 17, (2007), p: 1543-1558

He found that strength of micro fiber composite-structured fibers reduces when nominal carbon black level in the composite formulation is raised.
Materials Chemistry Physics, (2005), pp 177-181
Kozlowski, Electrically conductive structured polymer blends.

Characterization NaY zeolite morphology obtained by SEM observation; in the X-ray diffraction (Cu target Kα-ray tube voltage 40KV, tube current of 40mA, scanning speed 8 ° / min, scan range 4.5°-70 °) on the determination of the crystalline molecular sieve structure of alumina than SiO2/Al2O3, average size and crystallinity; measured in the infrared spectrometer on the skeleton vibration of zeolite crystals (KBr tablet, wave number range 470-4000 cm-1).
Figure 2 shows the skeleton of zeolite NaY 430 cm-1 peaks are twelve ring vibration, 550 cm-1 ~ 580 cm-1 absorption peak belonging to six-membered ring vibration, 511 cm-1 peaks belongs to β cage structure of Si-O-Al bending vibration, indicating that the more successful zeolite synthesis. [1-3] Figure 3 SEM of NaY Zeolite Figure 3 shows the SEM graph of synthetic samples.
Journal of Fuel Chemistry and Technology . 2001,29(4):18-19 [4]Wang Bo.

The electrode potential of zirconium is negative (its electro negativity is 1.33), so it has a strong ability to reduce; its valence electron layer structure is 4d25s2, so neither of the two electron layers in the outmost of the atom is full, some paramagnetic compounds may form easily, thus the EP anti-wearing ability of the organic compound of zirconium is greater than that of lead.
Physica B: Condensed Matter, Vol.407,No.14(2012), p.2784 [3] Holger E, Martin V, Rainer P, Hubert H.Associating Borate and Silicate Chemistry by Extreme Conditions:High-Pressure Synthesis, Crystal Structure, and Properties of the New Borates RER3RBR5ROR12 R(RE=Er-Lu).

Preparation and Properties of Tapioca Starch-Banana Fiber Composites Modified with Magnesium Hydroxide Xianzhong Mo1,a, Xiang Qi1,b,Yuxiang Zhong1,c, Renhuan Li1,d and Chen Mo2,e 1College of Chemistry and Life Sciences, GuangXi Teachers Education University, Nanning, 530001,China 2Department of Microbiology，University of Oklahoma，Norman, OK 73072，USA amoxianzhong@gxtc.edu.cn, bqixiang5188@126.com, cyuxiang_zhong@126.com, dlirenhuan@sina.com,echenmo@ou.edu Keywords: Tapioca Starch; Banana Fiber; Magnesium Hydroxide; Composite; Abstract: Banana fiber/tapioca starch (BFRTPS) composites modified by magnesium hydroxide (Mg(OH)2) were prepared with glycerin as the plasticizer, banana fiber as reinforcement and thermoplastic tapioca starch as matrix.
Natural fiber is considered one of the effective methods of enhanced TPS because of its similar structure with starch.
It may be due to their similarly chemical structure, making a good adhesion and hydrogen-bonded forming action between starch and Mg(OH)2.

Erts1,g 1Institute of Chemical Physics, University of Latvia, Raina blvd 19, LV-1586, Riga, Latvia 2Department of Chemistry, National University of Ireland, Cork, Ireland aJanis.Bukins@lais.lv, bGunta.Kunakova@inbox.lv, cbirjukovp@inbox.lv, dJuris.Prikulis@lu.lv, ejustinmv@gmail.com, fj.holmes@ucc.ie, gDonats.Erts@lu.lv Keywords: Nanowires, resistivity, conductive AFM, Sb2S3 Abstract.
One of complications in application of nanowires is the large spread of electrical parameters due to impurities, surface structure and size effects, which are difficult to control in production process.
I(V) measurement (Fig. 1c) shows nonlinear characteristics, which can be considered as a Schottky barrier of the metal-semiconductor-metal structure and/or insulator layer between nanowire and electrode.

In the research, the formation and structure of superhydrophobic surfaces were characterized by means of SEM, water contact angle measurement, and Fourier transform infrared spectroscopy, X-ray diffraction and X-ray photoelectron spectroscopy.
The trapped air with the binary structure plays a key role in fabricating superhydrophobic surface on aluminum alloy.
Kant, General Theory of Arbitrary Potential Sweep Methods on an Arbitrary Topography Electrode and Its Application to Random Surface Roughness, The Journal of Physical Chemistry C, 114(24) (2010) 10894-10900

Because of their unique structure, excellent mechanical, thermodynamic, conductive properties and high aspect ratio features, it has been as a typical one-dimensional material [2, 3].
This was basically caused by the formation mechanism of the internal subtle structure in the injection molding.
Prato, Chemistry of carbon nanotubes, Chem.