In this paper,we investigate the properties of solutions of non homogeneous linear differential equations with small growth. When one coefficient is main ly dominating to the properties of the solutions,we obtain some precise estimates of the exponent of convergence of the zero sequence.

In this paper,we investigate the exponents of convergence of the zero sequence of meromorphic solutions of homogeneous linear differential equations with meromorphic coefficients of small growth,and obtain that this type of equations are of maximum number of linear independent transcendental solutions that its exponents of convergence of the zero sequence are finite,and that this type of equations are of minimun number of solutions that its exponents of convergence of the zero sequence are infinite in a fundamental solution set.

In this paper, we investigate the exponent of convergence o f the zero-sequence of meromorphic solutions of homogeneous linear differential e quations with meromorphic coefficients of small growth, Obtain the minimum numbe r of linear independent transcendental solutions and the maximum number of linea r independent transcendental solutions with finite exponents of convergence of t he zero-sequence.

At 900℃,Ti-46.5Al5Nb alloy forms a similar scale with TiAl,consisting of an outer layer of TiO_2,and intermediate Al_2O_3 barrier and inner layer of a mixture of Al_2O_3 and TiO_2,exhibites small growth rate due to a continuous Al_2O_3 enriched layer.

Compared with big grain japoniea and small grain indica, large amount of starch were accumulated at ovary wall during early period of development, the ovary wall cell has a longer growth period, pericarp enlarge significantly 15 days after flowering, and small amount of starch accumulate in ovary wall of small grain indica, the cell has a small growth amount, the pericarp cell begin to contract after flowering;

The nonlinear saturation of this instability gives an amplitude of order ε1/2, ε being the small growth rate of the linear instability.

We have grown GexSi1-x (0 >amp;lt;x >amp;lt; 0.20,1000-3000? thick) on small growth areas etched in the Si substrate.

An expanded future study will look at five additional variables to see if they make a significant difference on the effects of the returns of small growth stocks.

Using a carefully articulated research design employing established and empirically tested principles, my findings should support or refute the anecdotal evidence that small growth stocks make superior investments.

I investigate the mean reversion tendency of small growth stocks.

The histological structure of the female reproductive system,the oogenesis and the ovarian cycle in Chinese mitten-handed carb(Eriocheir sinensis)were studied by the examination of the preparing histological sections from April,1984 to March, 1985. According to the size and shape of cells,nuclei and nucleoli,and to the NP(ratio of nucleus to cytoplasm)and the vitelline accumulation,the oogenesis can be divided into five phases:oogonium phase,small growth phase,large growth phase,pro- maturation phase...

The histological structure of the female reproductive system,the oogenesis and the ovarian cycle in Chinese mitten-handed carb(Eriocheir sinensis)were studied by the examination of the preparing histological sections from April,1984 to March, 1985. According to the size and shape of cells,nuclei and nucleoli,and to the NP(ratio of nucleus to cytoplasm)and the vitelline accumulation,the oogenesis can be divided into five phases:oogonium phase,small growth phase,large growth phase,pro- maturation phase and maturation phase.According to the size and colour of the ovary, and to the development of the first batch of the germ cells,the ovarian cycle contains five stages which belong to three periods:lag phase(May to July),log phase(August to November)and stationary phase(December to Aprill).

The histological structure of the female reproductive system, the oogenesis and the ovarian cycle in Chinese mitten-handed carb (Eriocheir sinensis) were studied by the examination of the preparing histological sections from April, 1984 to March, 1985. According to the size and shape of cells, nuclei and nucleoli, and to the NP (ratio of nucleus to cytoplasm) and the vitelline accumulation, the oogenesis can be divided into five phases: oogonium phase, small growth phase, large growth phase, pramaturation...

The histological structure of the female reproductive system, the oogenesis and the ovarian cycle in Chinese mitten-handed carb (Eriocheir sinensis) were studied by the examination of the preparing histological sections from April, 1984 to March, 1985. According to the size and shape of cells, nuclei and nucleoli, and to the NP (ratio of nucleus to cytoplasm) and the vitelline accumulation, the oogenesis can be divided into five phases: oogonium phase, small growth phase, large growth phase, pramaturation phase and maturation phase. According to the size and colour of the ovary, and to the development of the first batch of the germ cells, the ovarian cycle contains five stages which belong to three periods: lag phase (May to July), log phase (August to November)and stationary phase (December to Aprill).

The waste-water from the pulp & paper industry is a major pollution source in our country. Its BOD5load makes up one quarter of the total load of industrial effluent. It is characterized by its big amount, serious pollution, complicate effluent quality and difficult treatment. Especially for the cooking black liquor of the multi, wide distributed and small scaled paper mills, which is not suitable to be treated by using alkaline recovery technology and the contaminated condensate, there are not any efficient...

The waste-water from the pulp & paper industry is a major pollution source in our country. Its BOD5load makes up one quarter of the total load of industrial effluent. It is characterized by its big amount, serious pollution, complicate effluent quality and difficult treatment. Especially for the cooking black liquor of the multi, wide distributed and small scaled paper mills, which is not suitable to be treated by using alkaline recovery technology and the contaminated condensate, there are not any efficient and economic treatment methods domestically at present. In this pilot plant test of cotton stock cooking black liquor treatment with high organic load was used the high efficiency up-flow anaerobic sludge blanket reactor (UASBR) technology, which has the advantages of no need of dilution, lower power consumption, smaller growth amount of sludge, smaller area to be occupied and the production of by-product of combustible gas- The result of this time's pilot scale test shows that it is feasible both from the points of view of technical aspect and economic aspect and has universal practical significance and value for the development of paper industry and environmental protection.