安徽农学通报
安徽農學通報
안휘농학통보
AUHUI AGRICULTURAL SCIENCE BULLETIN
2012年
3期
33-35
,共3页
穗发芽%出粉率%降落值%面筋强度
穗髮芽%齣粉率%降落值%麵觔彊度
수발아%출분솔%강락치%면근강도
Harvest sprouting%Flour yield%Land value%Gluten strength
为了解穗发芽不同程度下对不同筋性春小麦品种品质的影响,该实验选取强筋小麦品种克春1号、克丰6号,中筋品种克旱16、克旱21,弱筋小麦品种新克旱9、克丰9为实验材料,利用人工智能气候培养箱模拟自然环境,人为控制种子发芽程度并测定相关数据,结果表明:出粉率在萌动状态下,强筋〉中筋〉弱筋,随着发芽程度的加深,出粉率并未表现出与小麦筋性相关的规律性;强筋粉降落值在萌动状态下,较正常状态下降幅度大于中筋粉,中筋粉大于弱筋粉;各筋性小麦品种其湿面筋含量、干面筋含量以及面筋指数均随发芽程度的加深,而降低。
為瞭解穗髮芽不同程度下對不同觔性春小麥品種品質的影響,該實驗選取彊觔小麥品種剋春1號、剋豐6號,中觔品種剋旱16、剋旱21,弱觔小麥品種新剋旱9、剋豐9為實驗材料,利用人工智能氣候培養箱模擬自然環境,人為控製種子髮芽程度併測定相關數據,結果錶明:齣粉率在萌動狀態下,彊觔〉中觔〉弱觔,隨著髮芽程度的加深,齣粉率併未錶現齣與小麥觔性相關的規律性;彊觔粉降落值在萌動狀態下,較正常狀態下降幅度大于中觔粉,中觔粉大于弱觔粉;各觔性小麥品種其濕麵觔含量、榦麵觔含量以及麵觔指數均隨髮芽程度的加深,而降低。
위료해수발아불동정도하대불동근성춘소맥품충품질적영향,해실험선취강근소맥품충극춘1호、극봉6호,중근품충극한16、극한21,약근소맥품충신극한9、극봉9위실험재료,이용인공지능기후배양상모의자연배경,인위공제충자발아정도병측정상관수거,결과표명:출분솔재맹동상태하,강근〉중근〉약근,수착발아정도적가심,출분솔병미표현출여소맥근성상관적규률성;강근분강락치재맹동상태하,교정상상태하강폭도대우중근분,중근분대우약근분;각근성소맥품충기습면근함량、간면근함량이급면근지수균수발아정도적가심,이강저。
To understand the influence of the different levels of harvest sprouting on the qualities of spring wheats with different gluten strength,spring wheat varieties with high gluten strength selected in this experiment are Kechun 1 and Kefeng 6;the middle ones are Kehan 16 and Kehan 21;the low ones are XinKehan 9 and Kefeng 9 for the experimental material,artificial control of seed germination under the use of artificial climate incubator to simulate the natural environment,,and then measuring relevant datas,the results show that:for the flour yield in the bud state,high gluten strenth ones are higher than the middle ones which are higher than the low ones,with the deepening of germination,and flour yield is not associated with own characteristic of gluten strengh for the experimental material;compared with the nomal state,the declining rate of the land value of high gluten strength wheats in bud state,is higher than the one with the middle gluten stregth,which is higher than the one with the low gluten strength;for the wheats with different gluten strength,wet gluten content,dry gluten content and gluten index with the deepening of germination are reduced