#Professional metronome 1.9 crack serial
In serial system showed that chemical properties were not significantly different with 0.5 percent significance level. Time needed to fully fill the UV reactor with 230 ml volume was 53.24 second. Discharge of milk flow was obtained 4.32 ± 0.71 cc/sec. The chemical properties parameters measured covering fat content, non-fat dry material content, protein content, and lactose content as well as microbiology testing of Total Plate Count method. The aim of research was to evaluate goat milk pasteurization with exposure of ultraviolet rays serial and circulation systems. h for process with Mg/Al hydrotalcite catalyst, while isomerization yield was 6.18 percent for process with glucose isomerization enzyme. The best result of isomerization productivity was 39.29 g/L. Isomerization process for each catalyst would be hold in 3, 5, and 7 hours. Isomerization with Mg/Al hydrotalcite took placed in 50 ml hydrolysate sugar, 1 percent (b/v) catalyst, and 100 degree C while process with glucose isomerase was at 100 ml substrate, 60 degree C, pH 8.2, and same catalyst ratio (1 percent). Liquefaction took placed in 95 degree C, pH 6.5, for 1 hour, by adding 0.067 percent (v/v) α-amylase while the saccharification was start by adding 0.067 percent (v/v) glucoamylase at 60 degree C, pH 5, for 1 hour. This study aims to produce fructose from Onggok with isomerization by Mg/Al hydrotalcite catalyst and compare the productivity 500ml Onggok substrate (10.32 percent DS) was hydrolyzed become glucose in liquefaction and saccharification process. Hydrolysis process convert carbohydrate become glucose syrup while isomerization process would change those glucose become fructose syrup. This component can be converted to liquid sugar (glucose and fructose). Onggok, solid waste of tapioca still contains high carbohydrate. The best tensile strength value (93.432 kgf/square cm) was obtained when the amount of breadfruit flour is 10 grams and glycerol concentration 20 percent, while the best WVTR value (3.210 gr/square m.hour) was obtained when the amount of breadfruit flour is 12 grams and glycerol concentration 20 percent. Almost all research products have tensile strength and WVTR value that meet grade 4 and grade 5 Japanese Industrial Standard (JIS) for edible film. The characteristics of edible films observed in this research are tensile strength and Water Vapor Transmission Rate (WVTR). This research variates the amount of raw materials (6 grams 8 grams 10 grams 12 grams) and glycerol concentrations (20 percent 25 percent 30 percent 35 percent (w/w)). This research is held to discover the effect of glycerol concentration and breadfruit flour mass on edible film characteristics. While the amount of starch raw materials can improve film's compactness.
Poor properties of edible film produced from natural starch can be improved by adding glycerol, as plasticizer that can improve its elasticity, and chitosan as hydrophobic substance that can increase its moisture resistance. The papers are published in open access Journal of Physics: Conference Series.īreadfruit flour is one of basic ingredient in edible films making. Topics of Interest (iCAST-ES 2019) include, but not limited to, civil engineering advancements for sustainable infrastructure, innovate and applied mechanical engineering to support sustainable industrial revolution, intelligence system for sustainable electricity and informatics engineering, renewable energy system and smart grid technology, control system, robotics, mechatronics and automation, food processing and technology, physics technology, chemical engineering and basic engineering science.
#Professional metronome 1.9 crack full
This prestigious conference is aimed at bringing together the researchers and experts in intelligent technology from educational institutions, R & D, industry, government and the community to exchange and share ideas, knowledge through a discussion of a wide range of issues related to green development through millennial industrialization.Īll full papers have been reviewed and evaluated based on originality, research content, depth, correctness, relevance to conference issues, contributions, and readability. The 2 nd International Conference on Applied Science and Technology - Engineering Sciences (iCAST-ES 2019), organized by the Indonesian Polytechnics Consortium has been held in Bali Nusa Dua Convention Center, Bali, Indonesia on October 24-25, 2019.