【摘 要】
:
抗旱抗病增产剂一号是衡水地区师专研制成功的一种新型增产菌剂。在棉花上施用后,可以提高棉株的抗病、抗旱能力,达到增产增收的目的。①抗病:据定点调查,使用该剂500、800
论文部分内容阅读
抗旱抗病增产剂一号是衡水地区师专研制成功的一种新型增产菌剂。在棉花上施用后,可以提高棉株的抗病、抗旱能力,达到增产增收的目的。①抗病:据定点调查,使用该剂500、800、1000 ppm浸种的棉花,其发病率较对照区分别减少21.5、20.1、19.4个百分点。②抗旱:棉花使用该剂浸种后,提
Drought-resistant and disease-resistant yield-increasing agent No.1 is a new type of increasing-yielding bacterium successfully developed in Hengshui. After being applied on cotton, cotton plants can be improved in disease resistance and drought resistance and achieve the purpose of increasing yield and income. ① disease resistance: According to the designated survey, the use of the agent 500,800,1000 ppm soaked cotton, the incidence of the control area were reduced by 21.5,20.1,19.4 percentage points. ② drought: Cotton soaked with the agent, mention
其他文献
An ultrasonic sensitivity-improved fiber-optic Fabry-Perot interferometer(FPI)is proposed and employed for ultra-sonic imaging of seismic physical models(SPMs).
Based on density functional theory,we investigate the electronic and magnetic properties of semi-hydrogenated,fully hydrogenated monolayer and bilayer MoN2.We f
The two-dimensional layered transition metal dichalcogenides provide new opportunities in future valley-based information processing and also provide an ideal p
Doppler broadening and coincidence Doppler broadening of annihilation radiation experiments have been performed in three kinds of polyethylene glycol (PEG) memb
以眉睫连续出学术著作为“导火线”,引出文坛上热议已久的写作顺序,借用韩石山研究的顺序说,特别是青春作赋,中年治学,由此引发了对眉睫一类年轻文人的担忧,最终画龙点睛地亮
We investigate that no-knowledge measurement-based feedback control is utilized to obtain the estimation precision of the detection efficiency.We show that no-k
Intrinsic luminescence from metal nanostructures complements conventional scattering and absorption behaviors and has many interesting and unique features.This
富士是目前世界上苹果主栽品种之一,其众多的芽变系进一步丰富了苹果的种质资源。本研究选用了辽宁省果树研究所栽培的富士及其富士芽变系28个品种(附表1),试材分为四个变异类
Energy is often partitioned into heat and work by two independent paths corresponding to the change in the eigenenergies or the probability distributions of a q
Nuclear magnetic resonance (NMR) is one of the most powerful tools to explore new quantum states of condensed matter induced by high magnetic fields at a micros