Search results

S, et al.
Progress in Polymer Science, 2011, 36(1): 127-167 [5] Hu Zhongyuan,Tang Qiongqin.Preparation of hollow polymer microspheres and the use in the coatings[J].China Coatings,2008,23(9):37-40 [6] Li Penghui,Hu Xiaoxi,Yi Changfeng,et al.Progress in applications of hollow polymer microspheress[J].New chemical materials,2010,38(3):38-45 [7] Dai Chunli,Jiang Wei,Hou Xin.Recent research progress of hollow polymer microspheress material[J].Polymer materials science and engineering.2012,28(1):161-167 [8] Liang Zhiwu,Hao Guangjie,Shen Xiaoyi,et al.the Preparation of polymer microparticles with hollow structure[J].Polymer Bulletin,2003,10(5):36-41 [9] Cheng Jianli,Sun Jing,Lin Haoqing,et al.Hollow polymer microspheres made by osmotic swelling method[J].2005(68):1-7 [10] Vanderhoff J W., Park M, Synthesis of hollow polymer particle latex by using seeded emulsion polymerization technique [J].
Polymeric Materials Science and Engineering, 1991, 64: 345-346 [11] Vanderhoff J W, El-Aasser M S.

Tittelein et al [9] developed wood-cement particle board with the same density as gypsum board to avoid its drawback of poor screw-withdrawal resistance, low hardness and sensitivity to moisture.
Guna et al [10] developed gypsum ceiling tiles reinforced with wool and coir fiber to enhance its properties such as thermal insulation, flame resistance, durability and strength.
In order to lower the energy consumption of buildings, Braiek et al [11] developed a new composite material to enhance the thermophysical characteristics and lightness of gypsum plaster manufactured with date palm fibers.
[12] Beyene, M.T., El Kadi, M., Demissie, T.A., Van Hemelrijck, D. and Tysmans, T., 2021.
[20] Cabral, M.R., Nakanishi, E.Y., Santos, S.F., Christoforo, A.L. and Fiorelli, J., 2021.

Maspin Apit et al [27] conducted research on CoTi(1-x)Mn(x)O3.
Le Huang et al. [52] conducted research on MWCNTs-NR/MoS2-NBR composites synthesized via mechanical blending.
Yang, et al., Metal sulfides based composites as promising efficient microwave absorption materials: a review, J.
Abd El-Gawad, Nano-lithium ferrite/nanosilica-filled butadiene-acrylonitrile rubber for microwave absorption, Mater.
Li, et al., Flexible reduced graphene oxide@ Fe3O4/silicone rubber composites for enhanced microwave absorption, Appl.

Hamed et al. [7] explained how nanoparticles enhanced heat transport.
Woleosho et al. [4] explored how nanomaterials affect solar collector efficiency.
Alim, R.
El-Sherbeeny, M.
Frost, FT-Raman and FT-IR Spectroscopic Study of Synthetic Mg/Zn/Al- Hydrotalcites.

Chemical analysis shows that the sand contains more than 99 wt% silica and small amounts of Al, Ca, Ti, and Zr which is in agreement with international standards for glass production.
Results of the chemical analysis show that Nong Phok sand contained more than 99 wt% of silica and small amounts of Al, Ca, Ti, and Zr as shown in Table 5.
El-Batal, E.M.

Kissel et al [25], using dichloromethane as the solvent and polyvinyl alcohol (PVA) as the stabilizer, blended these materials and homogenized them at high speed to prepare W/O/W multiple emulsion.
Moffat et al [27] adopted PEG as the hydrophilic segment to prepare PEG-PLGA-PEG triblock copolymer, discovering that the gene delivery effect of PEG-PLGA-PEG/pDNA is better than the one of PEI/pDNA.
Garinot et al. [29] reported that after integrating the Gly-Asp peptide onto the surface of PLGA, PLGA-pDNA vaccines can be targeted into the human M cell via the oral way and induce the human immune response.
The PTX injection utilized at present contains cremophor EL as the cosolvent, which, however, has great side-effect, and therefore, many scholars dedicated themselves in the research on PTX preparation to ameliorate its side-effect and acquire better therapeutic effects.
Li et al. [45] prepared PLGA-5-Fu sustained-release micro-spheres to research the therapeutic effect to colorectal cancer.

In a different study, Adepu et al. [19] attempted to sort out the kind of biological hazards that may put workplaces at risk.
In a separate study, the case of ergonomic hazards were found by Tunji-Olayeni et al. [15] in their observation at construction sites of Lagos Mainland Area, Nigeria.
Research conducted by Boakye et al. [38] revealed that workers on construction sites most often experience ergonomic hazards compared to other hazard factors.
Al-Haadir and K.
Mohamed, “Occupational Hazards and their Relation with Health Problems among Construction Building Workers at El Sherouk City,” American Journal of Nursing Research, vol. 5, no. 3, pp. 96–103, 2017, doi: 10.12691/ajnr-5-3-4

Kaza et al. predict this figure will increase by 70% by 2050 [1].
The same trend was observed by Ahmed et al. [31] and Maameri et al. [32].
This finding is supported by previous studies conducted by Grdic et al. [10] and Kenai et al. [35].
This observation aligns with similar findings reported by Ortiz et al. [37], Mohseni et al. [20], and Mastali et al. [38], which highlight the positive contribution of steel fibers.
Pereira-de-Oliveira et al. also observed a similar trend [39].

The presence of additives elements such as Si, Ni and Al affect the morphology of cast iron splats, microstructure, and adhesion even decrease markedly the thermal conductivity of cast iron [13-15].
The nickel-based alloy (80% Ni, 20% Al) was also used as an interlayer.
Chemical composition of base metal and filler materials [wt.%] Element C Mn Si S P Cr Ni Al Cu Mg Fe Substrate 3.5 2.5 0.8 0.02 0.06 0.03 0.03 - 0.2 0.06 92.86 Ni -Interlayer - - - - - - 80 20 - - - ENi-CI 1.3 0.8 0.6 0.01 0.01 - 94 - - - 4.00 E308L 0.02 1.8 0.80 0.03 0.03 18.88 10 - 0.2 - 68.04 Results and Discussions Microstructure and EDS analysis The microstructure of the as-received ductile cast iron substrate showing in figure 3 consists of graphite nodules and pearlite surrounded by ferritic matrix, when the proportions of the constituents namely ferrite, graphite and pearlite are summarized in Table 4.
Petitbon, Microstructure and strength of Al-containing gray and nodular irons in the range 1200–1800 F (650–980 °C), Trans.
El-Labban, Microstructure and Wear Behavior of TiC Coating Deposited on Spheroidized Graphite Cast Iron Using Laser Surfacing, Eng.

Literature Review Paul et. al use a decision support system called Water Evaluation and Planning Model to anticipate the gap in water demand and supply in Chennai, India, till the year 2050, considering the business as usual and different modifications to the existing supply system [10].
In a scenario analysis performed by Hassan et. al in 2019, the water resource is matched to the baseline year 2015 and then examined by two rates of growth scenarios by 2040.
[11] Al-Shutayri, A.
S., & Al-Juaidi, A.
Planning and Management of Water Resources in the Context of Economic Devlopment and Climate Change in Algerian Highlands by the Weap Model, Case of the Gareat El Tarf Basin (Northwestern Algeria).