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The development of non destructive testing methods for water content and viability of soybean seed using standing wave

By: Saidul Tua Manik, Muhammad Rahmad Suhartanto, Akhiruddin Maddu

Key Words: Absorption, Devigoration, Frequency, Number of seed

Int. J. Agron. Agri. Res. 11(3), 110-115, September 2017.

Certification: ijaar 2017 0038 [Generate Certificate]

Abstract

Rapid detection of moisture content and viability of seed is very important in seed technology. Identification of moisture content and viability of non-destructive seeds is necessary to prevent or reduce damage to seeds. The use of sound waves by identifying the value of absorption coefficient in seeds with different moisture and viability levels needs to be re-examined, since it has not been studied. The objective of the study was to develop non-destructive seed testing by identifying changes in absorption coefficient value on several seed quantities, water seed levels and different seed viability levels. The material used was soybean grobogan variety with the amount 120 grains. The frequency range used in the experiment was the frequency of 4000Hz-4750Hz. The result obtained from all measurements was the value of the absorption coefficient. The frequency that can be used to identify the difference of water content was at the frequency of 4750Hz. As for testing the level of viability, the measurement using sound waves could only distinguish between viable and non-viable seeds on the frequency 4250-4500Hz.

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The development of non destructive testing methods for water content and viability of soybean seed using standing wave

Bewley JD, Black M. 1982. Physiology and biochemistry of seed in relation to germination. New York, US : Spinger-Verlag Berlin.

Bonner FTJV, Elam WW, Land SB. 1994. Tree seed technology training course: instructor’s manual. New York, US: United state Department of Agriculture.

[BPS] Badan Pusat Statistik. 2014. The data of soybean in 2014 [internet]. [downdloaded on 2015 Dec 2]. Available in : www.bps.go.id

Copeland LO, McDonald MB. 1995. Principles of seed science and technology. New York, US: Burgess Publishing Company.

Dewi NR. 2013. The utilization of sound detector to predict seed moisture content and viability of soybean (Glycine max L. Merrill). MSc thesis, Bogor Agricultural University,Indonesia.

Han F, Seiffert G, Zhao Y, Gibbs B. 2003. Acoustic absorption behaviour of an open-cell aluminium foam. Journal of Physics Applied Physic 36, 294-302

Ilyas S. 2012. Seed science and technology: theory and the results of research.Bogor, ID: IPB Press.

[ISTA] The International Seed Testing Association. 2014. International rules for seed testing. 2014 ed. Switzerland, CH: ISTA

Jutice LO, Bass LN. 1979. Principles and seed storage practices. London, GB:Castle House Publications Ltd.

Malik AS, Mattarbeh HMA, Nuruddin MF. 2002. Non destructive testing and evaluation on timber, wood and wood product. [Prosiding]. The 7th Word Conference on Timber Engineering; 2002 Agust 12-15; Shah Alam, Malasyia (ML).

Manut. 2011. Definition of sound wave. [Internet]. [downloaded 2016 Dec 6]. Available in: www. gelombangelektronikasar.htm

Nurizki DP. 2012. Measurment of sound absorbtion coefficient of several types of wood using the standing wave method in resonance tube. MSc thesis, Bogor Agricultural University, Indonesia.

Rusmawati E. 2007. The determination of absorption coefficient using two microphones method in impedance tube. BSc thesis, Sepuluh November Technical College, Indonesia.

Sadjad S. 1993. From seed to seed. Jakarta, ID: Grasindo Press.

Saidul Tua Manik, Muhammad Rahmad Suhartanto, Akhiruddin Maddu.
The development of non destructive testing methods for water content and viability of soybean seed using standing wave.
Int. J. Agron. Agri. Res. 11(3), 110-115, September 2017.
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