The purpose of this fashion thesis is to study the characteristics of the light color and the shape of the light of Aurora and designed the work to be novel interesting by showing the design of the ladys style costume by using the light color characteristics of Aurora a color scheme that can be combined with the technique of clothing editing binding. Dyeing batik making in costume design That makes the consumer look new unique more beautiful. The tools used in this study Is an aurora light analysis model. The sample used in this study is a photograph of Norwegian photographer Ole Christian Salomonsen. The criteria in the analysis are 2 aspects which are 1) Body 2) Color and overall analysis to be used Creative costume The results show that the aurora outline and color light is caused by charged particles in the space passing through the Earths atmosphere releasing energy in the form of light in which different colored light characteristics occur. The light curtain that you see has various shapes such as helical scrolls. Flutter wave tear streak or all three forms Applied to the costume design by paying attention to the style of the dress and the selection of various techniques including Fabric overlapping tie dyeing Batik making suitable for clothing styles for creating new and unique costume designs that meet the needs of consumers.

Costume fashion design thesis that reflect the character of LGBTQ from Lady Gagas inspiration aims to study the type of concept type of structure decoration technique of costume and emotional scene in the music video Born This Way by Lady Gaga in order to create the concept of costume that show the LGBTQ identity. The tools that use for study is two type of analysis which is Lady Gaga costume analysis. this part used three standard to analyze 1)concept 2)structure 3)decoration Second one is Lady Gagas costume design analysis by separated in to three part of analysis. 1)concept 2)structure 3)emotional scene aims to study the physical character and over all analysis in order to create constructively costume concept which is reflect the LGBTQ identity The results of the study showed that Lady Gagas costumes and interpretations have a distinctive feature of the distinctive layout decorative techniques and emotional scenes in the Born This Way music video emphasizing the importance and reflection of reflection. The identity of the third gender in order to be accepted by society by using the information obtained as a guideline in costume design that reflects the identity of the third gender and focuses on creating their identity and promoting the new generation in society to recognize and accept

This thesis fashion is intended to study the development of a apparel model that reflects the beauty of wisdom. Silk cloth by study of patterns and Yotkan woven silk weaving to develop a ladies style costume. By bringing the appearance of the material and that can be taken and the pattern and color of silk to blend with clothing techniques. On the costume make the wearer elegant and reduce the cost of Dasuea fabric from the silk cloth. The tools used in this study are two analytical types including material and weaving equipment with 2 aspects of analytical analysis. 1) Layout 2) pattern and type fabric analysis silk prairie with 2 side analysis criteria 1) pattern 2) color focuses on physical characteristics and overall analysis to create a apparel model. The outcome of the study showed that the appearance of the material and weaving equipment looks as a geometric shape. There is a clear layout and appearance of silk fabric Khit and Jok fabric providing a beautiful pattern and the information that has been applied to the apparel design by pay attention to the theme and choosing the right silk cloth to cut into the clothes to make the costumes look beautiful and attractive. It also reduces production costs.

This research is the development of an energy - saving water planting kit. The objective is to develop a prototype of an energy - saving water planting kit by applying solar energy as an energy source that is controlled by the Arduino board through a blynk application and study the efficiency of the water culture planting kit. By comparing electricity usage rates between solar energy and electric power from the household. In this study there were 4 experimental sets. The experiment was water cultivation without installation 2 experimental sets and 2 experimental sets were installed using green salad vegetables. In research the 45 days growth period consisted of leaf length and width root length number of leaves and height. There is also a comparison of the efficiency of AB fertilizer and soy milk hormones to reduce chemical usage. The research has shown that the use of the soybean milk hormone provided a high growth rate of Lactuce sativaVar. Longifolla than AB fertilizer. There are many nutrients but only in small amounts. When used as a nutrient for plant growth needs to be changed daily. Considering the economic value using AB fertilizer as a nutrient will be worth more than soy milk hormones. For the installation of the instruction set and the LED lamp was suitable for Lactuce sativaVar. Longifolla growing than not installing the instruction set and the LED lamp. These can save electricity cost of 85 baht per month.

Nanomaterials are widely used in many applications such as medicine cosmetic industry and other. When the size of the particle is reduced the number of atoms on the surface and the ratio between surface area to volume of the material increase result in the enhancement of the material’s physical magnetic and optical properties. There are many methods to synthesize the nanoparticle such as grinding chemical reaction electrochemical method and laser ablation. In this research laser ablation was chosen to synthesize the metal nanoparticles because this method is quick and convenient and does not produce hazardous waste. The results show that the laser with 6V electric potential could synthesize the metal nanoparticles with the smallest size. The metal nanoparticles with larger size were obtained when higher electrical potential of 8V and 10V were used. In conclusion the electric potential of the laser affects the size of the metal nanoparticle obtained from laser ablation.