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The characteristics of reinforcing fibers used in biocomposites, including source, type, structure, composition, as well as mechanical properties, will be reviewed.
Ren, Influence of fiber surface-treatment on interfacial property of poly (l-lactic acid)/ramie fabric biocomposites under UV-irradiation hydrothermal aging, Materials Chemistry and Physics. 126, 3 (2011) 524-531
Misra, Bio-composite materials as alternatives to petroleum-based composites for automotive applications, Composite Materials and Structures Center. (2012) MI 48824

The result of adhesive penetration shows that higher pressure applied during bonding assembly resulting in the higher adhesive penetration into the wood porous structure.
The result shows the higher pressure applied during bonding assembly, the higher adhesive penetration into the wood porous structure (Table 1).
Handbook of wood chemistry and wood composites, USDA, Forest Service, Forest Products Laboratory, Madison (2005) [5] G.

The method chosen depends on the structure and materials of the device.
Conclusion The unique porous structure of tissue engineering scaffolds provides numerous challenges to sterilisation validation.
Radiation Physics and Chemistry, 2007. 76(11-12): p. 1751-1755. 7.
Gilbert, Extracellular matrix as a biological scaffold material: Structure and function.
Radiation Physics and Chemistry. 76(8-9): p. 1535-1541. 21.

They describe the polymer structure, their application techniques to realize the required electrical properties in detail [12] [13].
Orthorhombic crystal structure and polymorphs like anatase and rutile is most common minerals used for Titanium di-oxide.
Copper nanoparticles have a monoclinic structure with semi-conducting properties.
The synthesis of nano coatings and nano structured composites involves the application of high-end technologies.
Fabrizio, The Crystal Chemistry of Inorganic Hydroborates, Chemistry, 2 (2020) 805–826, doi: 10.3390/chemistry2040053 [2] S.A.

TaN thin films exhibit various structures such as β-Ta, Ta2N, TaN, Ta3N5, etc.
The phase structures of the films were analyzed using X-ray diffraction (XRD) with low-angle (0.5°) measurements.
Fig. 4(a) exhibits reveal distinct columnar crystal structures in the films.
The samples exhibit different lattice orientations, indicating a polycrystalline structure.
[2] Wei-Ju Chen, Tung-Yueh Liu, Ho-Yun Lee, Ying-Chieh Lee, Materials Chemistry and Physic, 210 (2018) 327-335

The amorphous structure of organic matter were identified by WAXD profiles.
SAXS profiles are usually expected to provide information on supramolecular structures in solid state [8].
The molecular structures of yttrium complexes are shown in Fig. 1.
The WAXD and SAXS powder patterns show that all yttrium complexes have an amorphous long-range disordered structure.
Effect of Moisture Content on the Diverse Structure State of the Octanoyl Alanine Metal (Mg, Ca) Complexes.

The effect of the stannous chloride concentration on the structure and crystallite size of the product were investigated.
Nanotublar structure was verified by a transmission electron microscopy (TEM), JEOL 2010 with the acceleration voltage of 200 kV.
The images show the hollow nanotubular structure of the samples indicating the complete removal of the core material.
The SnO2 nanoparticles were coated on the template surfaces forming a core-shell structure.
Apon Numnuam from Department of Chemistry for the cyclic voltammetry assistance.

The branching structures of PHB fibers can be considered as the trees in terms of graph theory with a unit path between any two points on the tree.
For complex branching structures, starting from the ends, one can recursively simplify the model to a single semi-infinite cylinder.
By reducing the complex morphology of the branching structures to an “equivalent cylinder”, Wilfried Roll’s cable theory allows to describe the electrical properties of passive branching structures with any complexity, including calculation of the voltage sensitivity at an arbitrary point of a branching structure to the current supplied to any other point of the structure.
A multi-exponential voltage drop in distributed non-isopotential passive branching structures, when the voltage drop in branching structures is determined by the sum of many exponential drops rather than by a single exponent, as in the point model taking into account resistance and capacitance; 4. 
Gerhard-Multhaupt, A review of methods for change-or field-distribution studies on radiation-charged dielectric films, Radiation Physics and Chemistry. 23 (1984) 363-370

Influence of heat treated temperature on the photoactivating property and structure and material phase of nanometer ZnO/SnO2 (ZnO/SnO2=4/1(mol ratio)) compound photocatalyst powder was studied by X-ray diffraction (XRD) and transmission electron microscope(TEM) and the degradation of methyl orange solution as a reaction model.
The crystal structure and phase composition of ZnO/SnO2 composite catalyst powder treated at different temperature were determined by X-ray diffraction(XRD) (D/max2500PC, Japan), The morphology of ZnO/SnO2 composite catalyst powder treated at different temperature was observed by JEM-2100(HR) type transmission electron microscope(TEM).
Maheahwar: Materials Chemistry and Physics Vol. 76 (2002), p. 82 [7] M.

The results shows that the suitable reaction pH value is between 8 and 9.When PH value is too high, the crystal structure would bedest- ructed,it will make the fixed ammonia escaped from MgNH4PO4.
When PH value is too low,it is not conducive to the formation of precipitation; It formed strong alkaline environment under high pH, the destruction of the crystal structure of the precipitation will make fixed ammonia free from MgNH4PO4, form more unsoluble Mg3 (PO4)2, thereby reducing the recovery rate of NH3-N
[J].Environmental Chemistry，2003，22(2)：166-171．