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Bao H et al. [5] analyzed a chemisorption refrigeration system in which an adsorbent material magnesium chloride, ammonia chloride and ammonia as an adsorbate with a 100% concentration were used, giving a specific refrigeration power from 87 to 1225 W for adsorbent material kilogram respectively.
Kiplagat J et al. [6] studied a thermochemical air conditioner with a material's block made of NaBr and expanded graphite and ammonia as a refrigerant, attaining a specific refrigeration potential between 1.27 and 3.16 kW.
The graphite expansion was made according to Oliviera´s et al. [10]; procedure where the moistures are taken to 800°C for two minutes.
The material mixture was made following the procedure employed by Jiang, L et al. [9] and N.
Yu, et al. [1], which is hydrating LiCl with distilled water on a proportion of 1:1.

Klauk et al.
[2] R.Ben Chaabane et al.
[3] J.A.Rogers et al.
Pannemann et al.
Leufgen et al.

Zhao et al. prepared g-MnO2 hollow microspheres by using a hydrothermal method [18].
Li et al. prepared a-MnO2 hollow urchins by a low-temperature mildreduction route [19].
In recently, Yang et al. have demonstrated a facile strategy to synthesize the novel GNS/Co3O4 composite paper [21].
Cao et al. reports on the synthesis of Co3O4@graphene composites (CGC) and their applications as anode materials in lithium ion batteries [22].
El-Sayed, Acc.

References [1] Li L S, Hu J T, Yang W D, et al.
[2] Dick L A, Mcfarland A D, Haynes C L, et al.
[4] Fleming J G, Lin S Y, El-Kady I, et al.
[9] Wang XW, Wang NZ, Zhang OZ, et al.
[11] McCormick ML, Sanghvi HC, Kinzie B, et al.

Manna et al. studied the influence of different cutting parameters, e.g. cutting speed, feed and depth of cut on the machinability characteristics of silicon carbide particulate reinforced Al-metal composite and found that there was no built-up-edge formed at high speed and low depth of cut, and the flank wear rate is high at low cutting speed due to the generation of high cutting forces and formation of bult-up-edge [5], J.
Pramanik et al. developed a mechanics model for predicting the cutting forces when aluminum alloy-based MMCs reinforced with ceramic particles, and found that the predicted and experimental force showed excellent agreement [7].
Andrewes et al. studied tool wear in machining Al/SiC composite and found that tool wear involves two stages: one being initial flank wear caused by abrasion of hard particles, the other combined adhesion-abrasion when the workpiece materials start accumulatively adhering to the tool wear-land [8].
Ozden discovered microcracks originating at the SiC grain and Al/Si interface during an impact test on an SiC reinforced Al/Si [20], and the microcracks propagated from one SiC grain to another in the metal matrix.
El-Gallab and M.

Alaudin et al. [5] performed research on end milling of Inconel 718 under dry conditions with uncoated tungsten carbide inserts (K20).
Li et al. [7] used high speed machining of Inconel 718 with coated carbide and ceramic inserts.
Bonifacio et al. [13] conducted study on finish turning and revealed that tool vibrations negatively affected flank wear and surface roughness.
Carl et al
El-Baradie and S.

El Mehtedi, M.
Al Bakri Abdullah, M.G.
Lung et al., Machinability Enhancement of Lead-Free Brass Alloys, Conference: 6th CIRP Int.
Trofimova et al., Layer wise evolution of the Cu-Zn alloy microstructure after sandblasting, Applied Surface Science, 327 (2015) 1-6
Stanciu et al., Sea water corrosion of a shape memory alloy type CuZnAl, Met.

The effect of addition of angled stitch reinforcement on the mechanical behavior of sandwich panels was investigated by Lascoup et al. [13].
Strength and durability of sandwich structures with stitched polyurethane foam core was studied by Jae et al [14].
Dawoo at al. analyzed two-way bending behavior of sandwich panels with through-thickness reinforcements experimentally and numerically [15].
Sharma et al. [16] studied buckling response of composite sandwich panels with glass/epoxy skins and stitched Polyurethane foam.
[6] Medhat El-Hadek, Hareesh V.

Al-Kaabi, et al. [4] studied date palm fiber (DPF) as reinforcing filler for polyester composites.
Al-Kaabi, A.
Al-Khanbashi, A.
El Bouari, The effect of alkali treatment on mechanical, morphological and thermal properties of date palm fibers (DPFs): Study of the interface of DPF–Polyurethane composite, South African J.
Al-Zahrani, I.

Bacteria percentage reduction for PLA/Al sheet.
Bacteria percentage reduction for PLA/Al sheet.
[11] Ahmed W, Siraj S, Al-Marzouqi AH.
[27] Goda ES, Elella MHA, Sohail M, Singu BS, Pandit B, El Shafey A, et al.
[31] Lou G, Chen Y, Xu J, Qian Y, Cheng H, Wei Z, et al.