Judul: Pemodelan Kuantitatif Penanganan Risiko Pasokan dan Mutu pada Rantai Pasok Tanaman Hias Mini
Abstrak: Mini floricultures are agricultural commodities that have high economic value, especially if that are produced in unique forms such as parcels, souvenirs and others. This plants can be damaged or decrease in quality since its products enjoyed by consumers in the form of live or fresh products. This thesis contains quantitative models for mitigation of supply and quality risk of mini floricultures which can be used to solve the problems of risk in agro commodities. Stages in this study were identification and analysis of risks of supply and quality of mini floricultures using fuzzy failure mode and effect analysis (fuzzy FMEA) to acquire a risk profile, and then to design models for risk mitigation of supply and quality in mini floricultures supply chain. Primary members of the supply chain consists of Ciapus and Lembang farmers as floriculture’s suppliers, Rumah Teduh Green Souvenir as an industry, and customers in general are event organizers, hotels, offices, public, individual and so on. Products of Rumah Teduh are economical and exclusive souvenirs, parcels, pot scapings dan dishplants. Secondary members of the supply chain are the other farmers that have specific floricultures (that are not owned by Lembang and Ciapus farmers) as well as suppliers of packaging material such as mica, pot (plastic and ceramic), baskets, the sand for accessories, zeolit stones dan other materials. Handling product quality of mini plants conducted from handling quality of plants at the farmer up the handling quality of processes and products at the industry level. Handling quality of plants at farmers aim to produce plants with desired standards and criteria by the industry which are plants have attractive shapes and colors, can display a mini form with about 10 cm tall plants, plants look lush, plant growth is relatively slow, easy maintenance, relatively resistant in conditions of Jakarta nature, pest-resistant, and easy packaging. The results showed that the risks priorities to be addressed in Ciapus farmer were climate/weather disruption, damage to and deterioration of seeds / plants at the reception, the limitations of seedling, floricultures and cultivation facilities, lack of capital, dan shortage of stocks and supplies of mini plants, whereas in Lembang farmer, the risks priorities to be addressed were the lack of capital, attack of pests and plant diseases, damage and deterioration during seed breeding, and climate/weather disruption. The supply and quality risks in the industry level priorities to be addressed were the change in the number of requests, increasing the number of orders unexpectedly, the high price of packaging, overlapping processes for different customers, shortage of supplies of floricultures and auxiliary materials, and manpower shortages. Quantitative models for mitigation of supply and quality risk of mini floriculture were built to minimize risk by maximizing the fulfillment of product demand and minimizing production costs, so as to maximize profits. Efforts to meet the demand of the products were done by ensuring the availability of supplies of raw and auxiliary materials, ie by minimizing production costs and optimizing existing resources, so that the risks of the supply and quality of the products can be handled well. Completion of the
Keyword: mini floriculture supply chain, supply and quality risk, fuzzy failure mode and effect analysis (fuzzy FMEA, multi objective programming

Judul: Analisis Risiko Produksi Bunga Krisan Potong pada Perusahaan Berkah Flora di Kecamatan Megamendung, Kabupaten Bogor
Abstrak: Floriculture products which ranks the highest as well as an opportunity to developed compared to other products is the Chrysanthymum morifolium. Berkah Flora is one of the Chrysanthymum morifolium growers whose business is inseparable from the existence of a risk . The influence of environmental factors and human factor caused fluctuations in Chrysanthymum morifolium production and productivity of intersection. These fluctuations are an indication of the production risks facing the company. The purpose of this research is to identify the source of production risk, probalitity analysis, implication and alternative strategic for handling Chrysanthymum morifolium type standard and a spray. The results of the identification of the source of production risk is obtained by using descriptive analysis of risk sources including pests, diseases, weather and labor. Probablitas analysis results use z – score method at both the type of Chrysanthymum morifolium have different rank from highest to smallest are the source of the risk of pests , diseases , weather , labor ( standard type ) and pests , disease , weather , labor (type spray ) . Implication Analysis use Value at Risk method at both types of Chrysanthymum morifolium have different rank from the highest to smallest are risk of pests , weather , labor , disease ( standard type ) and pests , disease , weather , labor ( spray type ) . Preventive Startegic conducted for risk of pests and diseases, while Mitigation Startegic conducted for risk of pests, diseases,weather, and labor.
Keyword: Value at Risk, z-score, production risk, Chrysanthymum morifolium

Judul: Sintesis Superkonduktor YBCO dengan Metode Evaporasi dan Karakterisasinya
Abstrak: Telah berhasil dibuat pelet superkonduktor YBCO-123 dengan metode evaporasi dengan menghasilkan Tc = 100 K. Sintesis dilakukan dengan mencampur garam-garam nitrat Y(NO3)2, Ba(NO3), Cu(NO3)2 di dalam pelarut H2O pada suhu 150 oC. Setelah melalui proses pirolisis pada 350 oC selama 1 jam, prekursor dikalsinasi pada 900 oC selama 4 jam kemudian serbuk dikompaksi dengan tekanan hidrolik 5 ton untuk membentuk pelet dengan diameter 1,5 cm dan tebal 0,24 mm. Sintering dilakukan pada suhu 940 oC selama 20 jam. Efek meissner menunjukkan fenomena levitasi pada temperatur sekitar 80 K. Hal ini menunjukkan fasa superkonduktor telah terbentuk. Data XRD memberi mengkonfirmasi bahwa fasa kristal 123 telah terbentuk. Nilai konduktivitas didapat dari hasil pengukuran dengan LCR pada temperatur 300 K sebesar 4 x 10-5 S/cm. Pada penurunan temperatur dari 100 K ke 80 K terjadi kenaikan nilai konduktansi yang tajam dari 4.2 x 10-4 S/cm ke nilai 1.309 x 10-1 S/cm.
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