Dewanti-hariyadi, Ratih, and Winiati P Rahayu. Irwan, Azidi, and Annisa Syabatini. Piasecki, Andrzej, and Alexandra Mayhew. Seguchi, Tadao et al. Tang, S. Wang, Yichen et al.
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Dewanti-hariyadi, Ratih, and Winiati P Rahayu. Irwan, Azidi, and Annisa Syabatini. Piasecki, Andrzej, and Alexandra Mayhew. Seguchi, Tadao et al. Tang, S. Wang, Yichen et al. Yusnita, Hamtah, Wan M. Wan Aida, Mohamad Y. Maskat, and Abdullah Aminah. Open Journal Systems. Journal Help. Font Size. Notifications View Subscribe. User Username Password Remember me. About The Author khairun nisah Indonesia.
Abstract Indonesian people consider the Rubik plant Calotropis gigantean is only a wild plants that have no benefits. It is often felled and thrown away. This study was aimed to provide the information the utilized these crops. This research was conducted to determine the ability and characteristics of Rubik stems Calotropis gigantean as an addictive substance plasticizer filler, where the rubrik plant was taken at the seaside area of Banda Aceh.
Preparation of plasticizers from the filler of this rubric stem was used as an antiseptic and biodegradable plasticizer. The results of FT-IR spectra measurements of the filler plastics of this rubrik plant have a distinct tannin functional group absorption, at For the SEM test, the plasticizer has a porous surface morphology of the outermost layer, this indicates the density of particles smaller than the plasticizer 2 grams of water compared to plasticizer 1 gram of water.
The test of biodegradable and Aspergillus Niger fungi on time variations about 10 days were resulted in significant degradation. The rate of degradation with soil was greater than the Aspergillus Niger. Full Text: PDF. Kandungan Senyawa Aktif Tanaman Rubik. Wirjosentono, B. Remember me.
KANDUNGAN PROTEIN KASAR DAN SERAT KASAR PADA DAUN KANGKUNG AIR (Ipomoea aquatica) YANG DIFERMENTASI
Undergraduate S1 thesis, University of Muhammadiyah Malang. The utilization of waste cabbage the results of the rest of harvest farmers , which each know the information increased and lack of the utilization of waste. The formation of alternative energy that require mikrooorganisme in reshuffle that is in excrescence banana as a starter. The purpose of this research that is, to know the influence of the difference the concentration of local microorganisms MOL and long fermentation excrescence the banana Musa paradisiaca of methane gas fuel of cabbage Brassica oleracea L. Used as a source of studied the biological.