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irreversible adsorption of dimers 10.5506 / APhysPolB.44.937 Zmodyfikowano(passive) created byDomain structure
of several domains where they are considered in a hierarchical pattern(passive) is composedThe domain structure
of fibrous networks(passive) was composedThe domain structure
Using organizational unitsto createdomain structure
resourcesDesigningthe Domain Structure
in an attempt to integrate the IT structures of the two companies(passive) was createdThe domain structure
Setting OutTo DesignThe Domain Structure
to provide a user - friendly guide that can help practitioners first set high - level development priorities(passive) is designedThe domain structure
of predominantly the + c - domain and a small amount of the a - domain(passive) was composedThe domain structure
the instability of the thermodynamic system(passive) caused bydomain structure
in - plane elastic properties ... both in - plane and out - of - plane substrate propertiescan influencethe domain structure
oxygen atoms(passive) caused bythe domain structure
of α - helix that forms a coiled structure when it dimerizes(passive) is composeddomain structure
internal stresses in heterophase solids , Phys(passive) caused byDomain structure
of an α - helix that forms a coiled coil structure when it dimerizes(passive) is composeddomain structure
a better solutionDesigningthe Domain Structure
epitaxial misfit in a nanostructured metallic thin film(passive) caused bythe domain structure
the long rangecausesthe domain structure
nanofiller addition(passive) caused bythe domain structure
that species - specific mutations did not seemto markedly influencedomain structure
in fewer larger domainsusually resultingin fewer larger domains
from the ( 2 × 1 ) periodicity , with domains out of registry by one unit cell along [ 001resultsfrom the ( 2 × 1 ) periodicity , with domains out of registry by one unit cell along [ 001
up correctlysetup correctly
from a structural phase transitionresultingfrom a structural phase transition
in nano domains and broad domain walls with higher mobility as revealed through analysis from HR - TEM and piezoresponse force microscopy ( PFMresultingin nano domains and broad domain walls with higher mobility as revealed through analysis from HR - TEM and piezoresponse force microscopy ( PFM
of a small N - terminal PUA domain , acentral alpha / beta - domain and a C - terminal Rossmann - foldcomposedof a small N - terminal PUA domain , acentral alpha / beta - domain and a C - terminal Rossmann - fold
of six membrane - spanning segments ( S1–S6composedof six membrane - spanning segments ( S1–S6
of a RING fingercomposedof a RING finger
to accommodate part of the spontaneous strain associated with the phase transitioncreatedto accommodate part of the spontaneous strain associated with the phase transition
in a test failureresultingin a test failure
forth in FIGsetforth in FIG
of N - terminal anchor helixcomposedof N - terminal anchor helix
of plural single crystals 2 with ( 111 ) surfacescomposedof plural single crystals 2 with ( 111 ) surfaces
in this manneris createdin this manner
to a decrease of the electric lossesleadsto a decrease of the electric losses
of an N - terminal cysteine rich domain ( CysR ) , a fibronectin type II domain ( FNII ) , eight CTLDs , a transmembrane domain ( TM ) , and a short intracellular C - terminal tail ( ICis composedof an N - terminal cysteine rich domain ( CysR ) , a fibronectin type II domain ( FNII ) , eight CTLDs , a transmembrane domain ( TM ) , and a short intracellular C - terminal tail ( IC
a users SERP selectionwill ... influencea users SERP selection
and reset using orthogonal current pulses ... with a close correlation between the electrical signal and the spatially averaged XMLD over the device centre ... Figcould be ... setand reset using orthogonal current pulses ... with a close correlation between the electrical signal and the spatially averaged XMLD over the device centre ... Fig
of two closely associated SH2 foldscomposedof two closely associated SH2 folds
to gradually varying UHMR particle alignment as seen in ( G ) for a 5 vol % Al2O3 in PVA swellable compositeleadingto gradually varying UHMR particle alignment as seen in ( G ) for a 5 vol % Al2O3 in PVA swellable composite
proteolytic mechanism of active- tionsetproteolytic mechanism of active- tion
grain boundaries , which are almost impossible to removecausesgrain boundaries , which are almost impossible to remove
in improved and ( Figure 4(cresultsin improved and ( Figure 4(c
its ability to dephosphorylate its substratesinfluencesits ability to dephosphorylate its substrates
difference in their adhesion activity compared to pVWFcausesdifference in their adhesion activity compared to pVWF
during the preceding electrical treatmentcreatedduring the preceding electrical treatment
BY IRREVERSIBLE ADSORPTION OF DIMERSCREATEDBY IRREVERSIBLE ADSORPTION OF DIMERS
from the pilot testresultedfrom the pilot test
differences in the magnetic field modulation of the critical current of Josephson junctions fabricated on orthogonal faces of Sr2RuO4 single crystalscreatesdifferences in the magnetic field modulation of the critical current of Josephson junctions fabricated on orthogonal faces of Sr2RuO4 single crystals
using titanium indiffusion in lithium niobatewas createdusing titanium indiffusion in lithium niobate
from slowly cooled meltsresultingfrom slowly cooled melts