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., [13] which reported an increase in the glucose yield with the temperature for the hydrolysis of distiller grains.
Acknowledgement The authors acknowledge the research grant provided by Universiti Malaysia Perlis under the Fundamental Research Grant Scheme (FRGS), a grant number of FRGS/1/2015/TK02/UNIMAP/02/2 from the Ministry of Higher Education Malaysia that resulted in this article.
Optimizing dilute acid hydrolysis (DACH) of distiller grains and ethanol fermentation.

In order to manufacture a thin film with outstanding properties, high purity, even grain size and high-density target material properties are required [3].
A number of recent studies have attempted to manufacture thermal-sensitive, brittle metal powder materials such as WC-Co and amorphous materials using the warm spray process [6].
Yapi, Effect of substrate temperature and source grain size on the structural and electrical properties of CSVT grown Cu(In1-xGax)Se2 thin films, Mater.

It is known from previous studies that there are a large number of searches using the wet synthesis method to obtain calcium phosphate nanostructured powders.
These new features may contribute to biocements and biomaterials obtaining, with interconnected microporous nanostructures and microstructures, in which grain morphology and micropores favors wettability and capillary action.
The biphasic bioceramics are developed with interest of improving the grain morphology, microporosity, bioactivity and mechanical properties, which are not always achieved in bioceramics.

The microstructure of the sintered rod of nicrosil is a single-phase solution with a grain size of 8 to 40 µm, and a single-phase solution with a grain size of 6 to 15 µm of the nisil rod.
The number of pores on microsections of sintered rods Pore size Up to 50 µm From 50 to 75 µm From 75 to 100 µm Over 100 µm Nicrosil 86 1 3 0 Nisil 102 5 2 1 In the study of specific differential thermal EMF (αe) of thermocouple welded from sintered rods, it was found that in the temperature range from 0 to 100 oC value calculated from the experimental data coincides with the theoretical value (αt) which was estimated according to GOST R 8.585-2001 and is: αe = αt =0.027 mV/K.

Introduction In consideration of pyrotechnic composed by oxidant, combustible agent and adhesive is a self-contained oxygen system as oxidant providing oxygen required for combustion[1], it can produce a large number of high temperature gases and solid residues which have a certain sound effect through underwater continual and steady combustion.
Pyrotechnic which is composed by oxidant, combustible agent and adhesive is compressed into grains of which density is 1.8 g/cm3, diameter is 18 mm , weight is 5 g installed in the spray cavity and placed together with the resonant cavity which is located on the same axis with pyrotechnic charge nozzle.
Fig. 1 The diagram of test sample, including grain, spray and resonant cavity Experimental platform.

Atomic number density % for sintered alloy made from brass powder.
Tsuji, Enhanced Strength and Ductility in an Ultrafine-Grained Fe-22Mn-0.6C Austenitic Steel Having Fully Recrystallized Structure, Metall.
Tsuji, Significant contribution of stacking faults to the strain hardening behavior of Cu-15%Al alloy with different grain sizes, Sci.
Rep. 5 (2015), Article number: 16707
Tsuji, Simultaneously enhanced strength and ductility of Mg-Zn-Zr-Ca alloy with fully recrystallized ultrafine grained structures, Scripta Mater. 131 (2017) 1-5

Technology Number Allocation: The technology number is allocated as per the following procedure: 1.
Then a Technology Number Allocation Register is consulted to find the numbers available for allocation in the technology group.
The allocated technology number and sheet number are also inscribed on the tape as illustrated in the figure much like would be the case with a book number on the spine of a book.
Litter and its removal 664.6-664.7 Technology and processing of cereal grains TP368-456 Food processing and manufacture 664.6 Baking.
Grain processing TD429.5-480.7 Water purification.

Multiple beams can be used to increase the number of filaments being formed, but the high deposition rate would be sacrificed somewhat.
Coreless fibers with an elongated grain structure parallel to the fiber axis would be desirable for high temperature applications.
The beam-like character of a laser also makes it very amenable to the growth of CVD filaments with an elongated grain structure parallel to the filament axis.
Over 150 filaments were deposited in contrast with many other studies that only deposited a small number of filaments.
A number of filaments could be deposited along the edge of the index card which allowed a large number of total runs to be made.

The V(C,N) particles act as grain refiners.
When there is no nitrogen present (as in 3-a), less than 0.15 [wt%] C should be used to avoid graphitization at long exposures at 500 [oC], while heat treatment above 900 [oC] may lead to grain growth; with the addition of only 0.003 [wt%] N (as in 3-b), the two-phase field of austenite + V(C,N) is much extended, and grain growth can be avoided up to 1000 [oC].
The lines represent where a phase appears or disappears; numbers show on which side of the phase-boundary line that particular phase is stable.
The V(C,N) particles act as grain refiners.
Fig. 13 is an example on structure evolutions of dendritic formation (through competitive grain growth in a dendritic array) and eutectic growth [31-34].

Rare-earth elements substitute for Sc in these precipitates, leading to a higher number density of smaller precipitates, which have a greater lattice-parameter mismatch with Al than in the Al-Sc binary microalloy.
Also, a coarse-grained (≈1 mm grain diameter) structure forms after conventionally casting Al-Sc microalloys, within the maximum solid-solubility (0.23 at.% Sc at the eutectic temperature), and a high temperature homogenization within the singlephase α-Al region.