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1 cyclic voltammetry, and variable-temperature magnetic susceptibility.
2 phase directly relates to local bulk tissue magnetic susceptibility.
3 lies near 150 K in both resistivity and d.c. magnetic susceptibility.
4 ption spectroscopy, and variable-temperature magnetic susceptibility.
5 (8) cryptotephra, (9) mercury (Hg), and (10) magnetic susceptibility.
6 en evolution, DSC, optical spectroscopy, and magnetic susceptibility.
7 ment with previous studies on the hemoglobin magnetic susceptibility.
8 z) can be quantitatively constrained by soil magnetic susceptibility.
9 low field anomaly does not contribute to the magnetic susceptibility.
10 ercent total organic matter, grain size, and magnetic susceptibility.
11 and trace metal chemistry, bulk density, and magnetic susceptibility.
12 heme tissue iron, deoxyhemoglobin, and their magnetic susceptibilities.
14 h as superfluidity in flat bands(5), orbital magnetic susceptibility(6,7), the exciton Lamb shift(8)
15 known that the presence of anisotropic bulk magnetic susceptibility (ABMS) leads to broadening of re
16 ts, which behave differently as shown by the magnetic susceptibility analysis, while the Fe(II) (LS,
17 celles) that have positive anisotropy of the magnetic susceptibility and align with their normals par
18 rticles in the magnetic field depends on the magnetic susceptibility and density difference between t
19 ctivity in compressed lithium is observed by magnetic susceptibility and electrical resistivity measu
22 contained in the frequency dependence of the magnetic susceptibility and in its high frequency or adi
23 erized by solid state X-ray crystallography, magnetic susceptibility and LIII-edge XANES spectroscopy
24 ue to the dramatically enhanced out-of-phase magnetic susceptibility and magnetically tailored AC/DC
27 g process, which is represented by dynamical magnetic susceptibility and maximized at phase transitio
30 y shifts originating from local variation in magnetic susceptibility and other sources have greatly i
31 volume differences, and both its Pauli-like magnetic susceptibility and resistivity are an order of
33 simultaneously with a large increase in the magnetic susceptibility and saturation magnetization upo
34 by complementary electrical resistivity, ac magnetic susceptibility and single-crystal neutron diffr
35 pendicular magnetic field depending on their magnetic susceptibility and size and on the flow rate.
36 gnetization with a tangential loss in the ac-magnetic susceptibility and the Mydosh parameter (phi =
38 licate columns using sequential extractions, magnetic susceptibility and X-ray absorption spectroscop
39 t parameters (radius, length, Young modulus, magnetic susceptibility) and, using these values, we fou
40 n examined using magnetic criteria, NICS and magnetic susceptibility, and by structural criteria, HOM
41 absorption near-edge structure spectroscopy, magnetic susceptibility, and complete active space self-
44 examined with X-ray and neutron diffraction, magnetic susceptibility, and electrical resistivity meas
45 cence efficiency, electron mobility, doping, magnetic susceptibility, and electrocatalytic performanc
46 sample temperature gradient and anisotropic magnetic susceptibility, and present a refined high-reso
47 ich is confirmed by the zero resistivity, AC magnetic susceptibility, and specific heat measurements.
48 y, magnetic circular dichroism spectroscopy, magnetic susceptibility, and transmission electron micro
49 py, elemental analysis, variable-temperature magnetic susceptibility, and UV-visible-NIR spectroscopy
50 ppropriate MRI sequence that is sensitive to magnetic susceptibility; and documented the number and a
51 rast agents reveals unexpected trends in the magnetic susceptibility anisotropy that cannot be explai
55 of sigma(RT) = 0.03 S/cm and the Pauli-like magnetic susceptibility are best described by the resona
56 es such as X-ray absorption spectroscopy and magnetic susceptibility are complicated by contributions
58 ie-Weiss law observed in the low-temperature magnetic susceptibility, are consistent with the presenc
59 on spin relaxivity, magnetic anisotropy, and magnetic susceptibilities argues for a low-spin, (d(xy))
60 The alpha-phase shows a broad maximum in the magnetic susceptibility around 8 K that, coupled with a
61 tense signal on FLAIR images can result from magnetic susceptibility artifacts, CSF/vascular pulsatio
64 e a groundwork for the future development of magnetic susceptibility as a quantitative biomarker for
66 ransition is a rather abrupt decrease in the magnetic susceptibility at 210 K followed by a steady de
67 We report a paramagnetic singularity in the magnetic susceptibility at low magnetic fields that pers
68 Both clusters exhibit high solution-phase magnetic susceptibility at room temperature, suggesting
70 fy microcirculation in breast neoplasms with magnetic susceptibility-based contrast material-enhanced
72 s a foundation for the formation of opposing magnetic-susceptibility-based gradients within a single
76 signal phase does not depend on tissue bulk magnetic susceptibility but tissue magnetic architecture
77 deposits produces moderately high values of magnetic susceptibility, but magnetite is absent in near
78 patients receiving reperfusion therapy show magnetic susceptibility changes associated with hypokine
79 strate a virtually universal HN form for the magnetic susceptibility chi (omega, T), a general KWW fo
81 produce a significant temperature-dependent magnetic susceptibility, chi(T), in both alpha-Pu and de
82 nstead contain paramagnetic salts with molar magnetic susceptibilities (chim) approximately approxima
83 ramagnetism characteristic of a metal with a magnetic susceptibility, chip approximately 4.5x10(-4) e
85 dichroism, transmission electron microscopy, magnetic susceptibility, cobalt K-shell X-ray absorption
86 ctra, combined with quantitative analysis of magnetic susceptibilities, confirmed that the manganese
87 cted from 21 healthy subjects, we found that magnetic susceptibility contrast is highly non-uniform w
88 ') component of the alternating current (ac) magnetic susceptibility data and by the appearance of hy
97 lecular structures and temperature-dependent magnetic susceptibility data for several new metal compl
103 1/T2 (with repetition time of 700 msec) and magnetic susceptibility data led to a slight increase in
108 rature dependence of the resistivity and the magnetic susceptibility data suggest Ce(3+/4+) valence f
109 ange [D] = 0.44-0.72 cm(-1), and fits to the magnetic susceptibility data yield exchange coupling con
111 and Mossbauer spectroscopies, together with magnetic susceptibility data, confirm the strong binding
119 arisons of microhemorrhage number, size, and magnetic susceptibility derived from quantitative suscep
120 a field mapping pulse sequence yielding the magnetic susceptibility difference between blood in the
122 t, resulting in low temperature anomalies in magnetic susceptibility, electrical resistivity, and hea
123 of information from UV-vis-NIR spectroscopy, magnetic susceptibility, electrochemistry, resonance Ram
125 V-vis spectroscopy, EPR, cyclic voltammetry, magnetic susceptibility, electrospray mass spectrometry
127 rido species that on the basis of Mossbauer, magnetic susceptibility, EPR, and X-ray absorption in co
129 Deltar(m), Julg A, HOMA) and magnetic (NICS, magnetic susceptibility exaltation) criteria of aromatic
130 ow an excellent linear relationship with the magnetic susceptibility exaltation, Lambda, for neutral,
131 dependent chemical shifts (NICS(1)(zz)), and magnetic susceptibility exaltation, Lambda, supported th
135 The X-ray crystallographic structures, the magnetic susceptibilities from 2 to 300 K, and a theoret
137 us and inhomogeneous magnetic fields and the magnetic susceptibility gradient across the wave front.
138 (137)Cs), Hg, and main sediment parameters (magnetic susceptibility, grain size, dry bulk density, m
139 orroborates the findings of iron deposition, magnetic susceptibility imaging has improved sensitivity
142 ompare the paramagnetic contribution to cell magnetic susceptibility in erythrocytes differing in the
143 Here we address this issue by measuring magnetic susceptibility in the two most studied spin-ice
144 MR spectra of all materials with anisotropic magnetic susceptibilities, including diamagnetic materia
145 issue magnetic architecture--distribution of magnetic susceptibility inclusions (lipids, proteins, ir
147 tic Josephson junctions in which the barrier magnetic susceptibility is position- and external-magnet
148 erties of these nanocrystals were studied by magnetic susceptibility, magnetic circular dichroism (MC
149 tructure from X-ray and neutron diffraction, magnetic susceptibility, magnetization, and electrical r
150 CePtIn(4) Analyzing field variations of its magnetic susceptibility, magnetoresistance, and specific
151 ompound to be a p-type semiconductor while a magnetic susceptibility measurement shows technetium dic
152 X-ray crystallography, variable-temperature magnetic susceptibility measurement, cyclic voltammetry,
156 variable-temperature Raman spectroscopy and magnetic susceptibility measurements a thermally accessi
158 t study and comparison of the performance of magnetic susceptibility measurements and a newly propose
159 powder and single crystal X-ray diffraction, magnetic susceptibility measurements and density functio
160 identify with X-ray absorption spectroscopy, magnetic susceptibility measurements and density functio
163 state of the diradicals has been studied by magnetic susceptibility measurements and theoretical cal
164 IR, UV-vis/NIR, and variable-temperature magnetic susceptibility measurements are also reported.
166 erized by X-ray powder diffraction, TEM, and magnetic susceptibility measurements as a function of te
172 tron microscopy, Mossbauer spectroscopy, and magnetic susceptibility measurements demonstrated that i
173 text]SR results together with complementary magnetic susceptibility measurements find an antiferroma
176 opy, electronic absorption spectroscopy, and magnetic susceptibility measurements have been performed
177 ssbauer spectroscopic characterizations, and magnetic susceptibility measurements have been used for
178 Variable-temperature alternating current magnetic susceptibility measurements imply that both 1 a
190 etrahedral arrangement; this is evidenced by magnetic susceptibility measurements on the La(21)Fe(8)S
195 SiMe3)3)2](-), for which alternating current magnetic susceptibility measurements reveal slow magneti
199 )H NMR spectroscopy, VT crystallography, and magnetic susceptibility measurements revealed that ((Ar)
203 nitroxide CH3 contacts, but polycrystalline magnetic susceptibility measurements show quite small an
205 d high temperatures and variable-temperature magnetic susceptibility measurements show that a low-spi
212 litting parameters, and variable-temperature magnetic susceptibility measurements were used to evalua
213 agnetic relaxation barrier (determined by ac magnetic susceptibility measurements) between a negligib
214 analysis, single-crystal X-ray diffraction, magnetic susceptibility measurements, and a range of spe
215 nsuperimposed) PLY rings, and the structure, magnetic susceptibility measurements, and band structure
216 cies has been probed using EPR spectroscopy, magnetic susceptibility measurements, and electronic str
217 has been monitored by optical spectroscopy, magnetic susceptibility measurements, and single crystal
218 emperature crystallography, resistivity, and magnetic susceptibility measurements, and these results
220 omenon is supported by temperature-dependent magnetic susceptibility measurements, differential scann
221 gnetic circular dichroism, complemented with magnetic susceptibility measurements, further reveals mo
223 resolution synchrotron X-ray diffraction and magnetic susceptibility measurements, that cooling the r
225 ance spectroscopies and variable-temperature magnetic susceptibility measurements, we found that holo
226 ough comparisons with non-radical-bridged ac magnetic susceptibility measurements, we show that the m
227 havior of the iron site was characterized by magnetic susceptibility measurements, which indicate a v
240 pectra and solid-state temperature-dependent magnetic susceptibilities of 1 and 2, in addition to X-r
241 les were 2.0 and 4.5 microm in diameter with magnetic susceptibilities of 1.12 x 10(-4) and 1.6 x 10(
242 d to hemozoin, calculated based on the known magnetic susceptibilities of hemoglobin heme and hemozoi
244 -temperature EPR spectra of 1(1+) and 1(2+), magnetic susceptibility of 1(1+) and 1(2+), Mossbauer sp
246 The ionothermal synthesis, structure, and magnetic susceptibility of a novel inorganic-organic hyb
247 notube, and is thought to play a role in the magnetic susceptibility of CNTs and the magnetoresistanc
254 nd (ii) using weaker magnets or reducing the magnetic susceptibility of the medium destabilizes the m
255 oach sensed the minute changes in the volume magnetic susceptibility of the microspheres with a resol
256 There is a strong correlation between the magnetic susceptibility of the salt solution, its concen
257 etizing the objects within the hydrogel, the magnetic susceptibility of the surrounding hydrogel prec
258 e heart was measured ex vivo (n=27), and the magnetic susceptibility of the tissue was estimated thro
260 xample, by sensitizing the MRI signal to the magnetic susceptibility of tissue, it is starting to bec
261 hed by the observation of zero resistance, a magnetic susceptibility of up to 190 gigapascals, and re
262 ccording to their magnetic properties (e.g., magnetic susceptibilities or magnetophoretic mobilities)
263 nd 5,600 y ago, as inferred from sedimentary magnetic susceptibility, oxygen isotopes, and diatom and
265 roduce an MRI methodology tailored to detect magnetic susceptibility perturbations induced by subtle
266 cterized by experimental (X-ray diffraction, magnetic susceptibility, pulsed-field magnetization, hea
267 centration also was strongly correlated with magnetic susceptibility (r=0.90, P <.001, epsilonRMS=0.1
268 6) mm3 s/kg, corresponding to the net volume magnetic susceptibility (relative to water) of Deltachi
272 gnetic circular dichroism, X-ray absorption, magnetic susceptibility, scanning electron microscopy, a
277 biofilm inside opaque porous media with low magnetic susceptibilities such as borosilicate or soda l
278 and orientation of the main component of the magnetic susceptibility tensor as the Ln(3+) ion is perm
279 demonstrated that with two-armed probes, the magnetic susceptibility tensor can be predicted with suf
282 er, it was found that the orientation of the magnetic susceptibility tensor is pH dependent (pK(a) ap
284 that the anisotropy of the room temperature magnetic susceptibility tensor, which in turn affects th
286 ramagnetism characteristic of a metal with a magnetic susceptibility that implies a density of states
287 r composed of material having an anisotropic magnetic susceptibility that is described by a tensor wi
288 Fitting the frequency-dependent out-of-phase magnetic susceptibility to the Arrhenius equation yields
289 trum, as well as the strict adherence of the magnetic susceptibility to the Curie law in the range 30
290 ped superparamagnetic nanoparticles impart a magnetic susceptibility to the gel, allowing it to be mo
291 animal model study demonstrate that 1/T2 and magnetic susceptibility values can be used for estimatio
295 f this new Co species at 1958 cm(-1) and its magnetic susceptibility were consistent with Co(I) compo
296 tent association between differences in bulk magnetic susceptibility, which can be primarily ascribed
297 ontrast is attributed to local variations in magnetic susceptibility, which, at least in part, appear
298 idence for a graduated increase of live cell magnetic susceptibility with developing blood-stage para