J Designer

Whilman, L.J. and Colton, R.J., Design and calibration of a scanning force microscope for friction, adhesion, and contact potential studies. Rev. Sci. fnsirum., 66, I (1995). Ba.selt, D.R. and Baldeschwieler, J.D., Imaging spectro.scopy with the atomic-force microscope. J. AppL Pliys., 76(1), 33-38 (1994). 

Stuckey, D.C., Caridis, K.A., Leak, D.J., Design of a novel bioreactor with cell recycle for continuous biotransformation and product extraction, Proc. 3rd Asia Pacific Biochemical Eng. Conf, Singapore, pp.315-317, 1994. 

Horak, J. and Pasek, J., Design of Industrial Chemical Reactors from Eaboratory Data, Heyden Son Ltd., 1978. 

Gibson, R. O. and Vinson, D. J., Design and Installation of Smokeless Flare Systems for Gasoline Plants, ASME, Paper No. 72-Pet-I2, 1972. 

Michell, S.J., Designing a Gas-Cooling Tower, British Chem Eng., July (1958). 

Murray, C. J., Design with Lives in Mind, Design News, Feb. 1990. 

Deschamps AA, Clause MB, Sleijster WJ, Bruijn JD, Grijpma DW, and Feijen J. Design of segmented poly(ether ester) materials and structures for the tissue engineering of bone. J Control Rel, 2002, 78, 175-186. 

Accord, W. and Feldman, F. J. Design consideration for a fully automated rate electrochemical glucose and urea nitrogen analyzer. Clin. Chem. (1974), 20, 903. 

Gavaskar, A., Gupta, N., Sass, B., Janosy, R., and Hicks, J., Design Guidance for Application of Permeable Reactive Barriers for Groundwater Remediation, Prepared for US Air Force, Air Force Research Laboratory, March 2000. 

Guerreri, G., King, C.J. Design Falling Film Absorbers,11 Hydrocurbon Processing, Jan. 1974, p 131 Extraction... 

J J Design of Bioactive Nano-hybrids for Bone Tissue Regeneration 11.5.2... 

Marquette C.A., Thomas D., Blum L.J., Design of luminescent hiochips based on enzyme, antibody or DNA composite layer. Anal. Bioanal. Chem. 2003 377 922-928... 

Rife J.C., Miller M.M., Sheehan P.E., Tamanaha C.R., Tondra M., Whitman L.J., Design and performance of GMR sensors for the detection of magnetic microbeads in biosensors, Sensor Actuat A-Phys. 2003 107 209-218. 

Singh, J., "Design of Process Plants Handling Highly Unstable and Flammable Materials by Use of Test Data," Inst. Chem. Eng. Symposium Series, 110,229 (1988). 

Rinckhoff, J.B. and Friedman, L.J. "Design Options for Sulfuric Acid Plants," presented at 69th Annual AIChE Meeting, November 30, 1976. 

Aicher, K.P. Muller, M. Wilhelm, U. Grotemeyer, J. Design and Setup of an Ion Trap-Reflectron-TOF Mass Spectrometer. Eur. Mass Spectrom. 1995, 1, 331-340. 

Ehlers, M. Schmidt, S. Lee, B.J. Grote-meyer, J. Design and Set-Up of an External Ion Source Coupled to a Quadrupole-lon-Trap Reflectron-Time-of-Flight Hybrid Instram t. Eur. J. Mass Spectrom. 2000, 6, 377-385. 

Wakerly, Z., Fell, J.T., Attwood, D., and Parkins, D., Peetin/ethyl eellulose film-eoating formulations for colonic drug delivery, Pharm. Res., 13 1210-1212 (1996). Lorenzo-Lamosa, M.L., Remunan-Lopez, C., Vila-Jato, J.L., and Alonso, M.J., Design of microencapsulated chitosan microspheres for colonic drug delivery, J. Contr. Rel, 52 109-118 (1998). 

Kennedy, P.E., Williams, F.L., Abraham, D.J. Design, synthesis, and testing of potential antisickling agents. 3. 

M = (Mx,My,M ) is the dipole moment of the system. Moreover, the indices i, j designate the Cartesian components x, y, z of these vectors, ()q realizes an averaging over all possible realizations of the optical field E, and () realizes an averaging over the states of the nonperturbed liquid sample. Two three-time correlation functions are present in Eq. (4) the correlation function of E(t) and the correlation function of the variables/(q, t), M(t). Such objects are typical for statistical mechanisms of systems out of equilibrium, and they are well known in time-resolved optical spectroscopy [4]. The above expression for A5 (q, t) is an exact second-order perturbation theory result. 

Inglezakis, V. J., Design of Ion Exchange Column Using Natural Minerals as Packing Materials, PhD Thesis, National Technical University of Athens, Athens, Greece (2002)... 

Reich SH, Fuhry MAM, Nguyen D, Pino MJ, Welsh KM, Webber S, Janson CA, Jordan SR, Matthews DA, Smith WA, Bartlett CA, Booth CLJ, Herrmann SM, Howland EF, Morse CA, Ward RW, White J. Design and synthesis of novel 6,7-... 

Figure 21.8 Two-box model of trwo completely mixed environmental compartments. Definition of subscripts first subscript (7 or j) designs the compound, the second (1 or 2) the box. Transfer fluxes Tcarry three subscripts. For instance, T ll describes the interbox flux of variable i from box 1 to box 2. X and Y denote other chemicals which are not state variables.

A translational line like the one seen above in rare gas mixtures is relatively weak but discernible in pure hydrogen at low frequencies (<230 cm-1), Fig. 3.10. However, if a(v)/[l —exp (—hcv/kT)] is plotted instead of a(v), the line at zero frequency is prominent, Fig. 3.11 the 6o(l) line that corresponds to an orientational transition of ortho-H2. Other absorption lines are prominent, Fig. 3.10. Especially at low temperatures, strong but diffuse So(0) and So(l) lines appear near the rotational transition frequencies at 354 and 587 cm-1, respectively. These rotational transitions of H2 are, of course, well known from Raman studies and correspond to J = 0 -> 2 and J = 1 — 3 transitions J designates the rotational quantum number. These transitions are infrared inactive in the isolated molecule. At higher temperatures, rotational lines So(J) with J > 1 are also discernible these may be seen more clearly in mixtures of hydrogen with the heavier rare gases, see for example Fig. 3.14 below. 

Leva, M. Chem Eng Progr Symp Ser. (1954) 50, No 10,51. J "Design Information for Packed Towers." Bull. Norton Chemical... 

Colter. R.J. Designing Thnc-of-Flight Insirtanenis la Sofrc Biological Problems. Pillcon. Pittsburgh, PA, I March I992>. 

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