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Mismatches

This then goes into the overall strain formula at the end of Section 9.3.2. [Pg.312]

The case where the complex isjust a closed (i.e., edgeless) surface 5 is a rather special case, involving all sites of trigonal hybridization. Significantly this case includes thefullerenes. But rather interestingly there are powerful fundamental mathematical results, applicable to a considerably richer diversity of possible structures than the usual fullerenes. [Pg.312]


CHECK FOP MISMATCH BETWEEN URE COMPONENT DATA AND VLE DATA... [Pg.235]

In addition, one other feature of the prefractionator arrangement is important in reducing mixing effects. Losses occur in distillation operations due to mismatches between the composition of the column feed and the composition on the feed tray. Because the prefractionator distributes component B top and bottom, this allows greater freedom to match the feed composition with one of the trays in the column to reduce mixing losses at the feed tray. [Pg.151]

The use of air-bome ultrasound for the excitation and reception of surface or bulk waves introduces a number of problems. The acoustic impedance mismatch which exists at the transducer/air and the air/sample interfaces is the dominant factor to be overcome in this system. Typical values for these three media are about 35 MRayls for a piezo-ceramic (PZT) element and 45 MRayls for steel, compared with just 0.0004 MRayls for air. The transmission coefficient T for energy from a medium 1 into a medium 2 is given by... [Pg.840]

Koma A 1992 Van Der Waals epitaxy—a new epitaxial growth method for a highly lattice mismatched system Thin Soiid Fiims 216 72-6... [Pg.2427]

Accordingly, dissimilarity Da,b between two objects A and B is estimated by the number of mismatches or the difference between the objects, with respect to one or more of their characteristics j = 1. 2,. ..n. For identical objects, the... [Pg.303]

Usually, the denominator, if present in a similarity measure, is just a normalizet it is the numerator that is indicative of whether similarity or dissimilarity is being estimated, or both. The characteristics chosen for the description of the objects being compared are interchangeably called descriptors, properties, features, attributes, qualities, observations, measurements, calculations, etc. In the formiilations above, the terms matches and mismatches" refer to qualitative characteristics, e.g., binary ones (those which take one of two values 1 (present) or 0 (absent)), while the terms overlap and difference" refer to quantitative characteristics, e.g., those whose values can be arranged in order of magnitude along a one-dimensional axis. [Pg.303]

Following Bradshaw [17], we can give the definition of a similarity measure as follows Consider two objects A and B, a is the number of features (characteristics) present in A and absent in B, b is the number of features absent in A and present in B, c is the number of features common to both objects, and d is the number of features absent from both objects. Thus, c and d measure the present and the absent matches, respectively, i.e., similarity while a and b measure the corresponding mismatches, i.e., dissimilarity. The total ntunber of features is n = a + b + c + d. [Pg.304]

Consequently, we can construct a similarity measure intuitively in the following way all matches c -i- d relative to all possibilities, i.e., matches plus mismatches (c+ d) + (a -I- h), yields (c -t- d) / a + b+ c + d), which is called the simple matching coefficient [18], and equal weight is given to matches and mismatches. (Normalized similarity measures are called similarity indices or coefficients see, e.g.. Ref. [19].) When absence of a feature in both objects is deemed to convey no information, then d should not occur in a similarity measure. Omitting d from the above similarity measure, one obtains the Tanimoto (alias Jaccard) similarity measure (Eq. (8) see Ref. [16] and the citations therein) ... [Pg.304]

To construct dissimilarity measures, one uses mismatches Here a + b is the Hamming (Manhattan, taxi-cab, city-block) distance, and a + h) is the Euclidean distance. [Pg.304]

Fig. 10.16 Finding the optimal sequence alignment using dynamic programming with a scoring scheme in which a match scores 1, a mismatch scores —1 and the gap penalty is —2. Fig. 10.16 Finding the optimal sequence alignment using dynamic programming with a scoring scheme in which a match scores 1, a mismatch scores —1 and the gap penalty is —2.
There is a mismatch between the ends of the HOMO of one 1 3 butadiene molecule and the LUMO of the other (Fig 10 10) The reaction is forbidden... [Pg.1217]

Fig. 3. Schematic approach illustrating amplifica tion of molecular recognition effects of (a) matched rigid, (b) mismatched rigid, and (c) flexible type of... Fig. 3. Schematic approach illustrating amplifica tion of molecular recognition effects of (a) matched rigid, (b) mismatched rigid, and (c) flexible type of...
In case of the rigid lock-and-key type receptor forming five hydrogen bonds plus two extended electrostatic attractions (Fig. 3a), one mismatched hydrogen bond will result in only a small reduction in overall binding free energy 4.18-8.36 kJ mol (1-2 kcal mol ) out of... [Pg.175]

Transfusion-induced autoimmune disease has been a significant complication in the treatment of patients who require multiple platelet transfusions. Platelets and lymphocytes carry their own blood group system, ie, the human leukocyte antigen (HLA) system, and it can be difficult to find an HLA matched donor. A mismatched platelet transfusion does not induce immediate adverse reactions, but may cause the patient to become refractory to the HLA type of the transfused platelets. The next time platelets with an HLA type similar to that of the transfused platelets are transfused, they are rejected by the patient and thus have no clinical efficacy. Exposure to platelets originating from different donors is minimized by the use of apheresis platelets. One transfusable dose (unit) of apheresis platelets contains 3-5 x 10 platelets. An equal dose of platelets from whole blood donation requires platelets from six to eight units of whole blood. Furthermore, platelets can be donated every 10 days, versus 10 weeks for whole blood donations. [Pg.520]


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A Demand-Resource Mismatch View of Error

Acoustic mismatch

Adherends mismatch

Alignment mismatch

Allylic matched/mismatched reaction

Anisotropy lattice mismatch strains

Asymmetric epoxidation mismatched double

Asymmetric synthesis mismatched double

Atomic energy level mismatch

Atomic mismatch

Base mismatch

Base-pairing mismatches

Binding site mismatch

Bond valences mismatch pathways

Boronic acid, allylesters diastereoselective mismatched double asymmetric

Cell mismatch

Chemical expansion mismatch

Chips thermal mismatch stresses

Coefficient of thermal expansion mismatches

Colorectal cancer, mismatch repair genes

Conductivity mismatch

Constant gradient in mismatch strain

Contraction mismatch

Core/penumbra mismatch

Creep mismatch ratio

Crystal symmetry mismatch

Crystallographic Mismatch Branching

Crystallographic mismatch nucleation induced fiber branching

DNA Base Mismatches

DNA mismatch repair

DNA repair mismatched

DWI/PWI mismatch

Dependence of critical thickness on mismatch strain

Dielectric mismatch

Diffusion-clinical mismatch

Diffusion/perfusion mismatch

Donor-acceptor pairs mismatched

Double mismatched

Double stereodifferentiation mismatched pairs

Drift/mismatch

Elastic constants mismatch

Elastic mismatch

Elasticity Mismatch

Electron mismatch-selective

Energy mismatch

Enthalpy size mismatch

Epitaxial films, lattice mismatch

Epitaxial layers mismatch

Eukaryotic mismatch repair

Functional mismatch

G • U mismatches

Gradient mismatch

Hairpin loop mismatch

Hartmann-Hahn mismatch

Hereditary nonpolyposis colon cancer mismatch repair genes

Hole size mismatch

Hybridization kinetics mismatches

Hydrophobic mismatch

Hydrophobic mismatch a candidate mechanism for neuromolecular computing

Hydrophobic mismatch, membrane-protein

Hydrophobic mismatch, membrane-protein interactions

Illumination mismatch

Impedance mismatch

Impedance, acoustic mismatch

Interfacial lattice mismatch

Intramolecular configurational match/mismatch

Isolated mismatch

Lattice mismatch

Lattice mismatch strain reduction

Lattice mismatch substrate

Lattice mismatche

MRA/DWI mismatch

Match and Mismatch of Charges in Bifunctional Molecules

Match/mismatch effect

Matched/mismatched pair

Matching and mismatching of system elements

Matching mismatch

Mechanical mismatch

Mismatch Watson-Crick base pairs

Mismatch base pairs

Mismatch between Strategy and Waste Production

Mismatch between films and substrate

Mismatch between power production

Mismatch branching

Mismatch cation size

Mismatch crystallographic study

Mismatch destabilisation

Mismatch detection

Mismatch discrimination

Mismatch discrimination, thermodynamics

Mismatch excision repair

Mismatch experimental

Mismatch hypothesis

Mismatch in expansion

Mismatch in refractive indices

Mismatch in thermal expansion

Mismatch internal loop

Mismatch loss

Mismatch nucleation, crystallographic

Mismatch oligonucleotide primer

Mismatch relaxed

Mismatch repair

Mismatch repair deficiency

Mismatch repair enzymes

Mismatch repair proteins

Mismatch strain

Mismatch strain due to an electric field

Mismatch stress

Mismatch tilt angle

Mismatch tuning

Mismatch violation

Mismatch, charge density

Mismatch, crystallographic

Mismatch-repair enzyme complex

Mismatched base pair

Mismatched case

Mismatched complex

Mismatched pair

Mismatched reaction

Mismatched-optimized IS transfer

Mismatchers

Mismatches oligomer hybridization

Mismatches, in DNA

Mismatching

Mismatching

Mismatching of sample results

Model mismatch

Model-plant mismatch

Multiple-base mismatches

Nonuniform mismatch strain and elastic properties

Normalized atomic energy mismatch

Nucleic acid base mismatch

Nucleic mismatched base pairs

Nucleic mismatches

Oligomer mismatches

Oligonucleotide-mediated mismatch

Parameter mismatch

Personality mismatch

Phase mismatch issues

Phase-mismatch

Phosphoramidites mismatched

Postreplication mismatched repair

Primer mismatches

Primers base mismatch

Process-model mismatches

Prokaryotic mismatch repair

Property mismatch

Purine-pyrimidine base pairs mismatch

Radius mismatch

Repair proteins mismatched

Repair proteins mutated mismatched

Residual stress thermal mismatch

Rotational constants mismatches

SAMs lattice mismatch

Silicon carbide lattice mismatch

Single base mismatch

Single mismatch discrimination

Solvent mismatch

Spectral mismatch

Stacking mismatch boundarie

Stiffness mismatch

Structure of DNA Duplexes with Mismatched Base Pairs

Susceptibility mismatch

Temperature mismatch

Thermal expansion coefficient mismatch

Thermal expansion mismatch

Thermal expansion mismatch consideration

Thermal mismatch

Thermal mismatch adhesive shear stresses

V/Q mismatch

Ventilation/perfusion mismatch

Ventilation/perfusion mismatching

Viscosity mismatch

Water Transport Under Osmotic Pressure Mismatch

Wave-vector mismatch

Wide-angle crystallographic mismatch

Yield analysis mismatch

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