Effect of DC Voltage on Quality of Vegetable Seed
23 / 1
Authors
-
A.V. ZAMBARE
Deptt. of Agril. Engg., SVERI's College of Engineering, Gopalpur-Ranzani Road, P.B. No. 54, Pandharpur 413 304, Dist. Solapur
Author
Downloads
References
1. YADAV, B.G. & C.P. GUPTA (1993). Viable seed separator. Seed Res. special vol. no. 2: 899-909.
2. ANONYMOUS (1985). International Rules for Seed Testing. Seed Sci. & Technol., 13(2): 314-343.
3. BURR, H.S. (1943). Electrical correlates of pure and hybrid strains of sweet corn. Proc. Nat. Acad. Sci., 29: 163-166.
4. ΑΝΟΝΥΜOUS (1978). Association of official seed analysis rules for testing seeds. J. Seed Tech., 3(3): 126.
5. GOMEZ, K.Α. & A.A. GOMEZ (1984). Statistical Procedures for Agricultural Research. Wiley Inter science pub., Singapore, pp. 89-91. 298-308.
6. KERDONFAG, P., C. KLINSAARD, S. PROTIVEJKUL & W. HANNGERN (2004). Electric field application: Grass seed separation machine from broken milled rice by electric field technique. Proc. Asia-Pacific conference, Bangkok.
7. MATTHES, R.K. & A.H. BOYED (1969). Electrical properties of seed and its association with viability and vigor. Trans. of the ASAE, 12(6): 778-781.
8. KRISHNAN, P., N.R. BRANDENBURG & A.G. BERLAGE (1982). Electrostatic separation of seed mixtures, Amer. Soc. Agril. Engg., 82-3072: 12.
9. KERDONFAG, P. & W. KHANNGERN (2003). The effect of added electric charge in rice seeds on the rice growth. Proc. on Asia-Pacific conference, Bangkok, pp. 138-141.
10. KATGAMJORN, P., W. HANNGERN & S. NITTA (2002). Effect of electric field on bean sprout growing. Proc. on Asia-Pacific conference, Bangkok.
11. SAVIN, V.N., V.N. LAZUTIN, V.V. ARTEMEVA & L.A. MUKHINA (1997). Study of the electro-separation of barley seeds. Russian Agril. Sciences, 4: 4-7.
12. ARYA, PREM SINGH (1999). Vegetable Seed Production Principles. Kalyani pub., Ludhiana, pp. 1-8.
