CAJ | 학술논문

试验以育成的19个高油酸材料、2个对照品种和5个高油酸参照品种为材料，通过田间考种、室内考种、品质测定和休眠性检测来进行高油酸材料的评价。结果表明，19个高油酸材料中除H6外，油酸含量均在78％以上，油亚比值大于20；与高油酸参考品种的农艺性状相比，筛选的高油酸材料主茎高和侧枝长有所降低，分枝数和饱果数有了一定提高。产量比较筛选出4个产量表现较为突出的材料，1个大花生材料H4，与鲁花11号产量相当；3个小花生材料H12、H15、H17，分别比对照鲁花11号增产3．44％、14．50％、8．78％。
시험이육성적19개고유산재료、2개대조품충화5개고유산삼조품충위재료，통과전간고충、실내고충、품질측정화휴면성검측래진행고유산재료적평개。결과표명，19개고유산재료중제H6외，유산함량균재78％이상，유아비치대우20；여고유산삼고품충적농예성상상비，사선적고유산재료주경고화측지장유소강저，분지수화포과수유료일정제고。산량비교사선출4개산량표현교위돌출적재료，1개대화생재료H4，여로화11호산량상당；3개소화생재료H12、H15、H17，분별비대조로화11호증산3．44％、14．50％、8．78％。
Peanut is an important oil and economic crop in China. Breeding peanut variety with high o-leic content is an important breeding objective of peanut quality. In this paper, 19 cultivated breedingmaterials with high oleic acid were compared with other peanut varieties including high oleic acid andcommon high oleic acid varieties. Oleic content of 19 materials except H6 exceeded 78%. The resultsof yield comparision showed that yield of one large peanut H4 was equal to Luhua 11, and 3 small pea-nuts H12, H15 and H17 increased by3.44%, 14.50%, 8.78% compared toLuhua 11 respectively.