GAYA PAKAIAN PEREMPUAN JAWA Dl KOTA YOGYAKARTA PADA MASA KOLONIAL (The Javanese Female Dress Style in Yogyakarta City in Colonial Period)

This thesis discusses about the change of Javanese female dress style during the beginning of the twentieth century till the late colonial period. The main problem of this thesis is how far does the change took place in Yogyakarta influence on the female dress style, and what are the forms of those influ¬ences. It is unavoidable that modern educational institutions have brought about new spirit. At the same time, the indigenous\u27 intellectual spirit in eman¬cipation, progress and the quest for a new identity also emerge. In that re¬gard, intellectual Javanese aristocrat {priyayi) emerge as the figure that bring with them the idea of progress. In playing that role, then they become homi-ness novi (new people). As the hominess novi, they need new identity and symbol to express their "self". The aforementioned identity and symbol are reflected in their lifestyle, among the others is the way they dress themselves up-Female group, especially the indigenous young girls who went to the Dutch school, began to use Western skirt before the 1920s, while the more adult group only began to do the same thing in the medieval of the twentieth century. Women who were wearing the Western skirt before the 1940s are of the schoolgirls age group and the daughters of the aristocrat families sent to the European schools. Besides, there are also a group of women who does it for the sake of religious reason, such as Christian sisters who are obliged to wear special dress. Of course, the European style dress requires certain ar¬ticles such as shoes and shocks. Consequently, their makeup and hairstyle will also follow their dress style. Key wordssociety â dress â chang

Effects of Pre-Natal Vitamin D Supplementation with Partial Correction of Vitamin D Deficiency on Early Life Healthcare Utilisation: A Randomised Controlled Trial

Funded by Asthma UK grant number 09/ 36

Quality control and optimal usage of plant and machinery in asphalt paving

A study was conducted to find out the causes for failure of Asphalt concrete and movements on road pavements which have been up graded or newly constructed very recently. This research study was mainly focussed in to the quality control and optimizing of the plant usage and find out the causes for defects in the plant operation in the entire paving process. Causes for defects such as cracking, depressions and ripples have tremendous contribution by the operation behavior and the standards of the plants usage in the entire operation. Uniform continuous operation coordinating with central asphalt plant, hauling operation and paving site, proper functioning of plant and machinery and thorough supervision and skilled workmanship is very much essential for the quality hot mix asphalt pavement. Quality final product (Pavement) can be achieved by quality controlling and optimizing the plant usage within the budget allocation as programmed and planned in the designed stage

ENSIKLOPEDI Pers Indonesia

440 hlm, ; 28 Cm

ACCREDITATION OF CARBON EMISSIONS IN CANADA AIRPORTS

Bachelor'sBACHELOR OF SCIENCE (PROJECT AND FACILITIES MANAGEMENT

Wanita Dan Pers ; Dukungan Terhadap Pembangunan Nasional

xx,150 hlm ;21 c

Treatment of industrial wastewater with high strength of nitrogen by using isolated,screened microorganisms.

本研究旨在對高氮工業廢水處理系統(ABS樹脂製程廢水)中，探討從ABS廢 水處理系統中所分離出的一批純種丙烯分解菌對實際ABS樹脂製程廢水 中的丙烯之分解力；另外，亦以難分解有機物（丙烯）為碳源所分離 篩選出之脫氮菌，探討其在人工合成培養基中以丙烯或丙烯酸為碳源的 脫硝能力，並討論其在實際ABS廢水處理系統中之重要性。對試驗所分離 出之純種丙烯分解菌於實際ABS樹脂製程廢水中所含丙烯之分解能力 方面，菌株編號AAS6對於廢水中濃度為200 mg/L、300 mg/L及400 mg/L的 丙烯降解速率最快，且幾乎可於同一時間內將丙烯和中間代謝產物丙 烯酸分解完，與在人工配製培養基環境中對丙烯和中間代謝產物丙烯酸 的分解有相同的情況(4)。但是，菌株AAS7、AAS4、AN3及AGAS6對於實際 ABS樹脂製程廢水環境中丙烯的降解能力，顯然較於人工合成培養基環 境中丙烯的降解能力稍差，其中菌株AGAS6對中間代謝產物丙烯酸的利 用是試驗菌株中表現最差的。整體上而言，菌株AAS6的表現，可所試驗的 兩株純種脫氮菌（菌株編號為Ⅲ-3及成-6）發現，菌株於培養液中的O.D. 值變化和脫硝能力，與中間代謝產物丙烯酸的利用有著密切的關係，而與 丙烯的降解較無直接的關連。丙烯酸與硝酸根的利用比值，會隨著加入 的丙烯或丙烯酸濃度的升高而增加。菌株編號Ⅲ-3在對於丙烯濃度範 圍為100 mg/L ~ 300 mg/L中時，丙烯酸與硝酸根比值範圍為0.9 ~ 1.73，菌株成-6為0.86 ~ 1.44；而對於丙烯酸濃度範圍200 mg/L ~ 400 mg/L時，丙烯酸與硝酸根比值，菌株Ⅲ-3為0.94 ~ 1.66，菌株成-6則 為0.97 ~ 1.62。而且菌株Ⅲ-3及成-在碳源充足的情況下，能將濃度20