Top application in 8 cm deep furrow increased root dry weight of middle layer and deep layer by 19 6%～22 6% and 59 3%～91 7% respectively, and total root dry weight by 12 3%～13 8%,and 100-grain weight by 13 9%～16 3%,and yield by 10 6%～11 8%.
The results showed that optimum submerged culture conditions for Clitocybe maxima were listed as follows:temperature is 25℃,pH is 6.0～7.0 or no adjustment,seed volume is 12～15 mL/150 mL,no agar is added in,500 mL flask contain is 180 mL,and oscillation frequency is 150 r/min,and the fermentative period is on the 5th day.
The results showed that the optimum submerged culture conditions for Hypsizigus marmoreus were listed as follows: the stirring speed at 120 r/min,temperature at 25 ℃,pH at 4.0～7.0(not necessary to regulate),inoculation volume at about 15 ml(500 ml erlenmeyer flask,aeration ratio at 150 ml),the aeration ratio at 150 ml(500 ml erlenmeyer flask),and the fermentative period on the 7th day.
Deep submicron process technology is widely being used and interconnect structures are becoming more and more complex.
Analysis of armature reaction and winding inductances of permanent magnet brushless DC motor with deep slot concentrated coils
The two forests differ in forest humus layer; it is deep in the Ailao forest while little is present in the Xishuangbanna forest.
Based on a detailed investigation of vertical distributions of fine roots in Robinia pseudoacacia plantations at the Ansai Soil and Water Conservation Station, Shaanxi Province, a model was developed for the deep distribution of fine roots of R.
pseudoacacia, which reflects the growth of fine roots affected by the mixed process of infiltration water and deep soil water.
Considerable alteration of these limiting agrochemical and biological soil properties (in the variant with NK application) leads to the soil degradation not only in the plow layer but also in the 1-m-deep layer.
Relative elevations of different elements of the microtopography and the soil bulk density values within the 2-m-deep layer have been measured at the same points, and the relationship between these characteristics has been analyzed.
The soil structure and the water stability of the soil aggregates in the upper 30-cm-deep layer have improved.
Wave equation wave field numerical modeling technology is applied to the observation that deep layer imaging is difficult below a screening layer of high-velocity basalt.
A three-dimensional baroclinic shelf sea model's numerical simulation of the South China Sea (SCS) middle and deep layer circulation structure showed that: 1.
In the case of beech without a red heart, because of the high portion of inhibiting elements, such a deep zone of inhibition is formed in the concrete, that the concrete-relief picture barely shows any structures.
The results show that the volume fraction of red-stained (PAS-positive) material, as well as the frequency of occluded glomeruli, are similar in the superficial and the deep zone.
MR microscopy studies of the cartilage at the 12-week time point also found a trend toward longer T2 values and reduced anisotropy in the deep zone of the OA cartilage, consistent with increased hydration and less ordered collagen.
collected in a 80 to 120 m deep zone close to Barcelona (Spain) during the months of February-March 1981 were measured by atomic absorption spectrophotometry after subacute (10 ppm Zn for 3 wk) and acute (80 ppm Zn for 24 h) treatment with ZnSO4.
Caves of an early stage were formed within a deep zone of low thermal gradient.
Nanocarbon-poly(methyl methacrylate) sols were prepared by pulsed laser ablation at the interface of target submerged in flowing liquid (PLA-IT/SFL) method, and the corresponding composite films were prepared by solution-casting.
The objects of detection are always submerged in the background field, and thus one of the crucial problems for gravity data interpretation is how to improve the resolution of observed information.
The evolution of activated sludge settleability and its relationship to membrane fouling in a submerged membrane bioreactor were studied at a lab-scale equipment fed with synthetic wastewater.
Performance of bioferric-submerged membrane bioreactor for dyeing wastewater treatment
In view of this, Fe(OH)3 was added to a submerged membrane bioreactor (SMBR) to enhance the removal efficiency and to mitigate membrane fouling.