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Treatment 145-6 types

The behaviour of austenitic stainless steels in caustic solutions has received less attention than cracking in chloride environments. Transgranular cracking has been reported for low-carbon (< 0.05%) steels in caustic solutions, whereas higher carbon content alloys cracked intergranularly. Wilson and Aspen showed that resistance to cracking was not decreased by sensitisation heat treatments. Type 316 stainless steel has been shown to be more susceptible to cracking in caustic than type 304. ... [Pg.1215]

The objective of this chapter is to discuss how the soil production rate of GHG is affected by treatment type, soil properties, and cultivar. This review will also discuss which processes are involved in the production of CO2, N20, and CH4 when crops are grown under in vitro or greenhouse conditions, and will discuss how these processes work. [Pg.210]

The overall removal (primary + secondary treatment) of AHTN and HHCB has been measured by Simonich et al. [11], Artola-Garicano et al. [24], and Kanda et al. [22] (see Table 7). Simonich et al. measured the overall removal of AHTN to be 50.6-99.9% and the removal of HHCB to be 63.5-99.7% in the U.S. and Europe (UK and The Netherlands), depending on treatment type and TSS removal. Artola-Garicano et al. measured the overall removal of AHTN to be 14.3-56.3% and the removal of HHCB to be 12.0-59.8% at four treatment plants in The Netherlands, based on total concentrations. Finally, Kanda et al. measured the overall removal of AHTN to be 40.0-96.2% and the removal of HHCB to be 39.1-93.5% at six different treatment plants in the U.K. [Pg.110]

Site Name Treatment Type Individual Cost Items Listed Total Cost... [Pg.744]

Treatment Type Cost per Cubic Meter Time Required (Months) Additional Factors/ Expenses Safety Issues... [Pg.868]

For flotation of oil drops by bubbles with diameters from 0.2 to 0.7 mm. the surface chemistry of drop/drop interactions as it relates to liquid coalescence and droplet breakup governs the overall performance of flotation. As the rate of dispersed oil coalescence increases, the overall oil removal efficiency for the process increases. Thus, if process improvement is desired, one should concentrate on pretreatrnent of the emulsion to improve the oil s coalescing properties. These ohservalins are consistent with Leech el at.1 who found that the most important variables governing induced-air flotation were chemical treatment (type and dose) and the system residence lime. Smaller air bubbles also increased the removal rate in our experimental range however, bubble si2e is not independently variable in the field. [Pg.222]

Treatment Type Average Cone. (mgIL) Removal Rate (%)... [Pg.529]

Diprotic acids can be treated as type 1, 2, or 3 problems. One additional feature of diprotic acids (the midpoint) requires special treatment (type 4). Consider a diprotic acid H2A,... [Pg.39]

In the particular case of the acoustical requirements mentioned in Table IV, we show in Table VI the technical acoustical requirements specifically for free and constrained viscoelastic layer treatments. This table with its notes summarizes the requirements on material dynamic properties that were presented in the earlier discussion of these broadly useful treatment types. [Pg.342]

Treatment Type Average Corrosion Area (cm ) Average Corrosion Width (mm) Average % Area of Kts... [Pg.578]

Fig. 4 Effect of treatment type on in vitro growth inhibition of ( ) specific cell-line, L929 expressing H2Kk protein, and ( ) non-specific cell-line, BALB/c3T6. The targeted and non-targeted liposomes were conjugated with anti-H2Kk IgG2A and anti-sheep erythrocyte IgG2A, respectively. (Adapted in part from Ref. l)... Fig. 4 Effect of treatment type on in vitro growth inhibition of ( ) specific cell-line, L929 expressing H2Kk protein, and ( ) non-specific cell-line, BALB/c3T6. The targeted and non-targeted liposomes were conjugated with anti-H2Kk IgG2A and anti-sheep erythrocyte IgG2A, respectively. (Adapted in part from Ref. l)...
All treatments delivered fentanyl for the first 20 min of every hour for 24 h. The three IDDS treatments employed currents of 150, 200, and 250 pA, while the IV treatment infused 50 pg of fentanyl. Blood samples were collected, and serum fentanyl concentrations were measured using a specific radioimmunoassay. Plasma data collected during and immediately following the 1st, 13th, and 25th treatments are shown in Fig. 4. The gradual upward shifts in concentration over time indicate a baseline increase due to incomplete fentanyl clearance between the hourly doses. For all treatment types, serum fentanyl concentrations rapidly increased within a few minutes after the start of each dose. [Pg.2130]

Table 3 gives the main characteristics for treated wastewater of types I—IV. When purified in the treatment, types II anil III have been used — by way of textile experiments on commercial scale — in dyeing and printing polyester knits and in afterprint clearing of the knits. When inspected in quality, the dyed and printed knitted fabrics have been found comparable to those processed with standard technological water. [Pg.716]

Chemical treatment (type, solution concentration, dose, etc.) coagulants and flocculants (organic or inorganic) acid/base for treatment and pH correction... [Pg.2002]

Irradiation of some solids prior to, or even during, thermal decomposition may have a mariced effect on the kinetics of decomposition [68], Such effects are usually interpreted in terms of the imperfections generated by the treatment. Types of radiation used have ranged from visible light to ionizing radiation to neutrons. Solids whose stabilities have been shown to be particularly sensitive to irradiation include the azides (Chapter 11), the permanganates (Chapter 14) and some metal carboxylates (Chapter 16). Comparisons of kinetics of radiolysis with those of pyrolysis can provide useful mechanistic information. Examples of such comparisons are given in the chapters mentioned above. [Pg.194]

Treatment type Amount in receptor (pg cm ) after 60 min Enhancement factor... [Pg.132]

Table 16. Distribution accumulated N between various waste treatment types in ROK. Table 16. Distribution accumulated N between various waste treatment types in ROK.
The specific applications section is classified and grouped according to the type of solutes separated gas mixtures, conversion, degradation, separation, and purification of biochemical products (membrane bioreactors) at wastewater treatment, types of module tested and types of carrier used. [Pg.12]

The Treatment attributes include treatment type (e.g., heat shock, add compound), treatment compound, sample separation technique. Treatment protocol (free-text description). [Pg.126]


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See also in sourсe #XX -- [ Pg.14 , Pg.200 ]




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