Objectives: The research purposes are as follows: To study the social and economic status of the loaned and unloaned student family; To compare the social and economic status personal and living status of the loaned and unloaned student; To study the problems and other difficu!ties of the staff involving the administration of the educational loan. To study the belief and social value of the loaned student toward the procedure of the educationa: loan. Procedures: The sample population is the student from Business Administration Faculty. The groups are separated into loaned unloaded group and opflration officers. The questionnaire is used as the data collection method. For the student groups the questionnaire has two different versions as follows: 280 copies for the loaned students; 263 copies for the unloaned students. The information from the four operation officers has collected through the interview process. The statistical analysis is using percentage mean standard deviation Tdistribution and Chi-square. Findings: The results are as follows: Economic and social status of the loaned students families and unloaned student are significantly different at 95% level. Personal and living status of the loaned student and unloaned student are significantly different at 95% level. In the loaned student opinion there is no problem or hindrance to the procedure of loangiving at faculty level. In genera! the procedure is fairly good (Mean= 3.35 s.d = 0.79). Basic social value is ranged from responsibility non-selfish and sacrifice respectively. In operation officers opinion the most important problem is that the loaned students do not come and contact on time.

The objectives of this research are 1 to study the facultystaffand students of Rajamangala University of Technology phra NakhonBangkok Commeraial Campuss assessment of services rendered by Academic Resource Center (ARC) and awareness of various kinds of services;2 to compare the sub-samples rating and awareness; and 3 to study the problems and recommendations regarding ARCs servies voiced by the sample. Data from 507 surveyed samoles were analyzed by using descriotive statistics i.e.percentagemeanand standard devition; and t-test.

The objective of this paper is to design and develope solar hybrid oven for common usage heat energy between sunshine and heater. The technology improvement of integrated solar dryer cabinet aims to prove that the solar energy for thermal purpose is the most useful alternative device for energy conservation which helps environment and pollution protection. It can also be an effective equipment for industrial drying process of herbal plants and products in term of dehydration humidity reduction and fungus termination. The use of solar dryer cabinet can serve the high demand in the market of Thai herbal products which some of which are also used as detoxification. Solar Hybrid Energy Oven choose between infrared heater and DC heater. The outer structure of solar drying cabinet is made of aluminum sheet of 60 cm. wide 60 cm. long and 80 cm. high. The inner box is coated with black paint. The experimental process and data collection of solar radiation was carried out for 15 days. The humidity value measurement was conducted during a 5-hour drying process with data collection at every 20 minutes. The herbal plants used in the experiment are lemongrass pandanus citrus hystrix leaf red paprika and gotu kola. The data collection hours are from 10.00 am to 15.00 pm and the finding shows that the highest temperature in the cabinet reaches 99 degree Celsius . The fastest dehydrated and dried plant is pandanus whose initial humidity value is 589.6 % dry basis and humidity mean after drying process is 3.4 % dry basis. Lemongrass contains the second highest initial humidity value which is 566.6 % and humidity mean after drying process is 3.3 % dry basis .This indication confirms that the technology of solar energy combined with infrared heater can most effectively generate the heat in the cabinet to serve the drying process.

The main objective of this research has to study the production process and the production development of a community business. In the case of Bansaphatana network enterprise study in the part of products form and duty function for increase the product value and response to customer demand by using the application of engineering value plans in seven(7) steps of A.E.Mudge. This in proceeding implementation was beginning from 1) do the data collects and data analyses by prominent point comparison (strength and weakness point of product) the defect of clothes hanger each kind products in each. 2) Use engineering worth technique in 3) analysis’s brainstorm 4) assess for seeking the trend to increase product value of anti-insect cloth hanger. Which the result get from this research has done products development and the procedure produce form as distinctly divided into male and female a way to create product identity and enhance usability duty of the clothes hanger. It could be usage the hang clothes in diverse way such as trousers skirt one stripe blouse etc. It’s build hook product there’s strength durability. From the result’s assessment compares with before and after the conduct of this research found that total investment increased from 15.93 baht to 20.93 baht Which compose the costs of raw materials from 11.93 baht to 14.43 baht and labor capital increases from 4.00 baht to 6.50 baht. While wholesale price increased from 30 baht to 45 baht thus make the profit increases from 9.07 baht to 14.07 baht per piece Can be think the difference profit rate of the products 1 piece be 10.28%.

The objective of paper is to design and develop solar hybrid for common usage heat energy between sunshine and heater The technology improvement of integrated solar dryer cabinet aims to prove that the solar energy for thermal purpose is most useful alternative device for energy conservation which helps environment and pollution protection. It can also be an effective equipment for industrial drying process of herbal plants and products in term of dehydration humidity reduction and fungus termination. The use of solar dryer cabinet can serve the high demand in the market of Thai herbal products which some of which are also used as detoxification. Solar Hybrid Energy Oven choose between infrared heater and DC heater. The outer structure of solar drying cabinet is made of aluminum sheet of 60 cm. wide 60 cm. long and 80 cm. high. The inner box is coated with black paint. The experimental process and data collection of solar radiation was carried out for 15 days. The humidity value measurement was conducted during a 5-hour drying process with data collection at every 20 minutes. The herbal plants used in the experiment are lemongrass pandanus citrus hystrix leaf red paprika and gotu kola. The data collection hours are from 10.00 am to 15.00 pm and the finding shoes that the highest temperature in the cabinet reaches 99 degree Celsius. The fastest dehydrated and dried process is pandanus whose initial humidity value is 589.6 % dry basis and humidity mean after drying process is 3.4 % dry basis. Lemongrass contains the second highest initial humidity value which is 566.6 % and humidity mean after drying process is 3.3 % dry basis. This indication confirms that the technology of solar energy combined with infrared heater cal most effectively generate the heat in the cabinet to serve the drying process.