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[2] Kaplan D, A.W., Farmer B, Viney C, Silk Polymers:Materials Science and Biotechnology, in Acs Symposium Series 5441994, An American Chemical Society Publication: Washington, DC
Journal of Membrane Science, 2006. 281(1-2): p. 581-586
Journal of Polymer Science Part B: Polymer Physics, 2008. 46(5): p. 460-471
Advanced Materials Research, 2011. 331: p. 206-209
Journal of Sichuan University ( Natural Science Edition), 2001. 38(1).

Materials and Methods Preparation of Adsorbents.
To evaluate the effect of materials concentration, mixed suspensions of 0.1 g of the materials and variable volumes of dye solution, to a constant concentration, what would give solid/solution quotient (materials concentration) of 10, 5, 2.5, 1 and 0.5 g/L, were prepared.
This is in relation with the solute transfer rate onto the materials surfaces, which decreased with increasing material concentration [10].
This applies to both S and SNHC materials.
Chang, Adsorption of acid dyes from aqueous solution on activated bleaching earth, Journal of Colloid and Interface Science. 275 (2004) 72-78

Influence of B2O3 on Phosphate Ion Released from SiO2-B2O3-P2O5-Na2CO3 Glass in Synthetic Seawater Nurul Fariha YUSOF1,a, Ku Halim KU BULAT1,b, Nur Azam BADARULZAMAN2,c, Mohd Al Amin MUHAMAD NOR1,d* 1School of Fundamental Science, Universiti Malaysia Terengganu, 21030 Kuala Terengganu, Terengganu, Malaysia. 2 Engineering Materials Alliance (ENIGMA), Faculty of Mechanical Manufacturing Engineering, Universiti Tun Hussein Onn Malaysia, 86400 Parit Raja, Johor, Malaysia a nurulfariha119@gmail.com, b keriang@umt.edu.my c azam@uthm.edu.my, d*al_amin@umt.edu.my Keywords: Phosphate ion, Synthetic seawater, Boron Abstract.
Materials and Method Synthetic Seawater Preparation. 41.95 g of seasalt (Sigma-Aldrich) was weighed and mixed with 1 litre of deionized water using 1 litre volumetric flask.
The mixing reagent grade raw materials, such as SiO2, B2O3, P2O5, and Na2CO3 were prepared for 100 g.
Da, A review on controlled release advanced glassy fertilizer, Global Journal of Science Frontier Research B Chemistry, 14 (2014) 1-13
Scherer, Sol–Gel Science, The physics and chemistry of sol–gel processing, Sol-Gel Science, Academic Press, New York, (1990) 304.

Nugroho1,d* 1Faculty of Mathematics and Natural Sciences, Institut Teknologi Bandung, Jalan Ganesha, no. 10, Bandung, 40132, Indonesia 2Center for Science and Technology of Advanced Materials, National Nuclear Energy Agency of Indonesia, Puspiptek Serpong, Tangerang Selatan, 15314, Indonesia ayan_pandu@students.itb.ac.id, bandon@batan.go.id, cboedi@chem.itb.ac.id, d*nugroho@fi.itb.ac.id (corresponding author) Keywords: bond valence sum, interatomic angle, interatomic distance, local structural distortion, mixed states Abstract.
Fukase, “Weak Ferromagnetism in β-NaFeO2,” Journal of the Physical Society of Japan, 16 (1961) 1181-1184. [3] M.
Ott, "β-NaFeO2, a new room-temperature multiferroic material," Materials Research Bulletin, 47 (2012) 2294-2298. [4] I.
Roth, “Crystal structure and properties of Ba5Fe4Ti10O31,” Journal of Alloys and Compounds, 274 (1998) 169-178. [6] R.
Nugroho, “Stability of high-spin state of iron in β-NaFeO2,” Key Engineering Materials, 885 (2020) 177-182.

A metal cavity filled with absorber materials was used to obtain the unidirectional radiation patterns and its height was 30 millimeters.
For example, in [1], a novel sine-wave meander Archimedean spiral antenna is presented, and addition of sine-wave into Archimedean helix will prolong the electrical length of an antenna arm with a given radius of helix，which will enhance antenna miniaturization and maintain excellent radiation property of Archimedean spiral antenna．In [2], a hybrid backed-cavity with electromagnetic band-gap (EBG) structure and a perfect electronic conductor (PEC) is proposed for an Archimedean spiral antenna, and this cavity makes the spiral antenna work operate over the 10:1 bandwidth and without the loss introduced by absorbing materials that are used conventionally to broadband spirals.
Journal of microwaves,　2009, 25(2):53-57
Chinese Journal of Radio Science, 2005, 20(6):699-702
Journal of Shanghai University (Natural Science), 2008, 14(6):581-584.

Thermal conductivity is an important thermal property parameter of solid materials in the field of micro system.
For materials have a large mean free path of phonons, this may take a larger time than the small mean free path ones [15].
Yip: Materials Research Society Symposium Proceedings, Vol.538 (1998) p.503 [4] K.V.
Yan: Journal of Southeast University (Natural Science Edition), Vol.33 (2003) p.303 [14] Information on http://lammps.sandia.gov [15] P.H.
Hünenberger: Advanced Polymer Science, Vol.173 (2005) p.105 [16] D.K.

Materials Science and Engineering 27 (2000) Pp. 19-141
Materials Science & Engineering A558 (2012) Pp.478–484
Procedia Materials Science 1 (2012) Pp.80-86
Materials Science and Engineering A 547 (2012) Pp.110– 119
Materials Science & Engineering A 560 (2013) Pp.86–95

Thus, specific heat capacity (Cp) of materials had shown enhancement by mixing with nanoparticles.
Mehling, 2003, Review on thermal Energy Storage with phase change: Materials, Heat Transfer analysis and applications, Applied Thermal Engineering, Vol 23, Pp 251-283
Buddhi, 2009, Review on Thermal Energy Storage with Phase Change Materials and Application, Renewable and Sustainable Energy Reviews, Vol.13, Pp 318-345 [4] W.
Wu: Silica Encapsulation of n-Octadecane via Sol-gel Process: A Novel Microencapsulation Phase-Change Material With Enhanced Thermal Conductivity and Performance, Journal of Colloid and Interface Sciences 343 (2010), 246 – 255
Chen: Enhancing Thermal Conductivity of Palmitic Acid based Phase Change Materials with Carbon Nanotubes as Fillers.

Journal of Materials Science (2007), 42 (9), pp 3033-3043
Xu :The future resources for eco-building materials: II.
Journal of Wuhan University of Technology - Materials Science Edition (2009), 24 (4), pp 667-672 [13] K.
Construction and Building Materials (2008), 22, pp 1939–1949 [15] D.
The Azo Journal of Materials Online - AZojomo (ISSN 1833-122X) - (2006), vol. 2

Lukacs 3,e 1 S-Metalltech Materials Research and Development Ltd, Budapest. 2 Project Center for Nanotechnology and Advanced Engineering, National Center for Scientific Research "Demokritos", Athens, Greece 3 National Public Service University, Hadtudományi és Honvédtisztképző Kar (NKE-HHK) Military Science and Army Officer Training Faculty, Budapest.
By applying the properly calculated and directed shock waves on powders or powder-mixtures special tasks can be realised, such as: · preparation of metallic matrix composites reinforced with ceramic and carbide particles aiming at creation of structural materials, or special electrical contact materials · creation of parts of nanostructured materials without influencing the nanostructure of the starting materials · manufacture of special filter materials The explosive compaction of powders and granulates does not merely consist of a simple compression as in conventional compaction processes but involves a shock wave passing through the powder or granulate mass.
Pantelis, Macroscopic and microscopic phenomena of nickel/titanium “shape-memory” bimetallic strips fabricated by explosive cladding and rolling, Materials Science and Engineering A. 188 (1994) 267–275
Manolakos, Fabrication of bimetallic rods by explosive cladding and warm extrusion, Journal of Materials Processing Technology. 83 (1998) 48–53
Mamalis, et al., High-pressure synthesized nanostructural magnesium diboride-based materials for superconductive electromotors, generators and pumps, Journal of Materials Processing Technology. 181 (2007) 71–75