ライフサイエンスコーパス: hydrate

1 constantly changes with dissociation of gas hydrate.

2 pecifically alpha-terpineol and cis-sabinene hydrate.

3 .45 +/- 0.02 mg catechin equivalent/mg rutin hydrate.

4 es featured an axial ZFS of 0.21 cm(-1) when hydrated.

5 ydrated anion (SO(4)(2-)), leaving I(-) more hydrated.

6 ex were observed when participants were hypo-hydrated.

7 ith a realistic nanogranular model of cement hydrates.

8 hism and the propensity to form solvates and hydrates.

9 rface sedimentary reservoirs such as methane hydrates.

10 uld be exploited to optimise the role of gas hydrates.

11 1,1-disubstituted allenes 1a-1u with fluoral hydrate 2a to form CF(3)-substituted secondary alcohols

12 The stable structure of methane hydrate above 2 GPa, where CH(4) molecules are located w

13 Precisely the same precursors, hydrated (ACC-H(2)O) and anhydrous calcium carbonate (AC

14 g interfibrillar matrix in native (unfixed), hydrated Achilles tendon of sheep and chickens.

15 rates may behave as good bio-protectants and hydrating additives for food and beverages.

16 ution, hydrophilicity, and hydrophobicity of hydrated adsorbed protein films in water.

17 respect to surfactants developed to prevent hydrate agglomerations.

18 ic, three-dimensionally porous, crystalline, hydrated aluminosilicate with natural adsorbent and ion

19 via dissolution-recrystallization of highly hydrated amorphous particles and solid-state transformat

20 epressurizing the system to dissociate CH(4) hydrate and after depressurizing the system to CO(2) hyd

21 the kinetics of methane release from methane hydrate and CO(2) extracted from flue gas strongly depen

22 )(PPh(3))(3)Cl] in the presence of hydrazine hydrate and Et(3)N affords a Cn(-) complex of copper(I),

23 rocks drive the extensive occurrence of gas hydrate and fluid flow systems in the region and transfo

24 compatible pollen thereby allowing pollen to hydrate and germinate.

25 Northern Knipovich Ridge, host extensive gas hydrate and related fluid flow systems.

26 eters, L(2)'/ L(2), ranging from solution to hydrated and anhydrous ACC, and with concentrations rang

27 In all species, hydrated and anhydrous amorphous calcium carbonate nanop

28 oration is more likely in VSDs that are more hydrated and are electrostatically more favorable for th

29 characterization of amyloid polymorphism in hydrated and complex biological samples.

30 ysis of the second derivative spectra of the hydrated and dehydrated colon tissues further revealed s

31 an axial ZFS of 0.19-0.20 cm(-1) under both hydrated and dehydrated conditions.

32 vely the shape of Ar adsorption isotherms on hydrated and dehydrated Cu-BTC structures, one of the mo

33 which progresses through generally unstable, hydrated and dehydrated, Schiff base intermediates that

34 ibrils, while LLPS-ED is reversible, remains hydrated and does not promote amyloid aggregation.

35 the observed part of Phaethon was originally hydrated and has since lost volatiles from its surface v

36 ler hydration enthalpies associate with less hydrated and more anionic Th-nitrato complexes.

37 als that two amorphous precursors exist, one hydrated and one anhydrous amorphous calcium carbonate (

38 As a result, the catalytic Cys becomes hydrated and optimally positioned to encounter the cleav

39 by aromatic side chains but are still fully hydrated and thus support conductance.

40 The bulk composition of Bennu appears to be hydrated and volatile-rich, as expected.

41 We turn our focus to clathrate hydrates and discuss the major contributions that led to

42 sts in the upper sedimentary sequence as gas hydrates and free gas, indicated by bottom simulating re

43 ymorphs occurs and might generalize to other hydrates and molecular crystal formation.

44 rein RRM2 and RRM3 are colocalized, ordered, hydrated, and available for nucleotide binding.

45 protein-protein interfaces were still highly hydrated, and no more than 20% of native contacts had fo

46 ate that at low concentrations of the weakly hydrated anion (I(-)), the cations (Na(+)) preferentiall

47 to the counterion cloud around the strongly hydrated anion (SO(4)(2-)), leaving I(-) more hydrated.

48 ures containing both a strongly and a weakly hydrated anion from the Hofmeister series.

49 crease in the NaI concentration, this weakly hydrated anion is forced out of solution to the polymer/

50 us solution contains a weakly and a strongly hydrated anion, their combined effect is nonadditive.

51 trong and selective binding of large, weakly hydrated anions such as I(-) and ReO(4)(-).

52 -based assays for prions were best in weakly hydrated anions.

53 Permafrost and methane hydrates are large, climate-sensitive old carbon reservo

54 w summarizes the different properties of gas hydrates as well as their formation and dissociation kin

55 egion exhibits a low resistivity, moderately hydrated asthenosphere, and concentrated extension (rift

56 e, room-temperature phase of the CH(4)-D(2)O hydrate, based on Raman spectroscopy in diamond anvil ce

57 es a new relative permeability model for gas hydrate-bearing media that is a function of maximum capi

58 accurate modeling of multiphase flow for gas hydrate-bearing sediments that accounts for the effect o

59 n be used to simulate multiphase flow in gas hydrate-bearing sediments where the proposed relative pe

60 tes that methane seepage often coexists with hydrate-bearing sediments within the HSZ, suggesting tha

61 elementary water motions, electric fields at hydrated biointerfaces, and processes of vibrational rel

62 kdown via meteoroid impact, release from gas hydrates, biological production, or the release of metha

63 cles from low-contrast micrographs of frozen hydrated biomolecules by cryo-electron microscopy (cryo-

64 ation chemically reacts with water to form a hydrated birnessite phase, the OER activity of which is

65 effect of drug log P, phase behavior of the hydrated but undissolved ASD matrix and the relative dis

66 ral incisor the alveoli were filled with SBC hydrated by two different methods.

67 we report a rational approach to form CH(4) hydrates by taking advantage of the optimal pore confine

68 ydration product, calcium aluminate silicate hydrate (C-A-S-H), remains elusive.

69 onstitutive relationship of calcium-silicate-hydrate (C-S-H) gel-the primary binding phase in concret

70 roid(2) that has been linked to organic-rich hydrated carbonaceous chondrites(3).

71 Marine tufa-columns, formed by the hydrated carbonate mineral ikaite, present a unique alka

72 axial symmetry of the carbonate sites in the hydrated carbonate mineral, hydromagnesite [4 MgCO(3) .M

73 vermiculite laminates are controlled by the hydrated cations on the surface and in the interlamellar

74 Weakly hydrated cations showed less propensity for ion pairing

75 macromolecule/water interface, more strongly hydrated cations were able to locally accumulate around

76 form a range of crystalline calcium silicate hydrates (CCSHs) at intermediate pH.

77 holographic nanotomography on "thick" frozen-hydrated cells.

78 including 1) a complete sorption isotherm of hydrated cement paste (including the capillary range), 2

79 deformations of nanoporous materials such as hydrated cement paste, shale, coal, and some other rocks

80 Clathrate hydrates (CHs) are ubiquitous in earth under high-pressu

81 d with liquid water during this time to form hydrated clay minerals.

82 al the nanomechanical morphology of unfixed, hydrated collagen fibrils in native tendon with a 0.1 nm

83 ce petroleum, the global reserves of methane hydrate (combustible ice) are estimated to be approximat

84 y leachable 8- to 9-coordinated outer-sphere hydrated complexes, dominantly onto kaolinite.

85 in the IR spectral region were performed for hydrated complexes; the locations of [Formula: see text]

86 in the dry condition, which is absent in the hydrated condition, conferring impact resistance to the

87 at TdLEA3 was largely disordered under fully hydrated conditions and acquired alpha-helical structure

88 s are associated with plant cell walls under hydrated conditions, they are not immobilised on polymer

89 m carbonate precipitates were observed under hydrated conditions.

90 ograms of ternary membranes under vitrified, hydrated conditions.

91 Gas hydrates consist of hydrogen-bonded water frameworks enc

92 ively studied as they can be incorporated in hydrated covalent networks that will expel water when th

93 exist at ambient conditions, as well as two hydrated crystal phases, monohydrocalcite (CaCO(3).1H(2)

94 via a hypothesized proton-aided diffusion of hydrated Cu ions within the cages of SSZ-13 zeolites.

95 Exposure of hydrated cysts to host plant root exudates resulted in d

96 limited impact of short-term warming on gas hydrates deeper than a few metres in the sediments.

97 Cellular microstructural changes in hydrated, desiccated and rehydrated leaf sections were a

98 the water-air interface is shown to be well-hydrated, despite the limited availability of hydration

99 We find that ions with hydrated diameters larger than the slit size can still p

100 p reservoirs rather than warming-induced gas hydrate dissociation in this shallow water seep site.

101 ent with emission of >3000 Pg C from methane hydrate dissociation or >4400 Pg C for scenarios involvi

102 and after depressurizing the system to CO(2) hydrate dissociation point, respectively.

103 g hibernation, we show that squirrels remain hydrated during torpor by depleting osmolytes from the e

104 ts suggested that the microwave treatment on hydrated durum wheat kernels blocks gluten protein confo

105 The influence of microwave treatment of hydrated durum wheat kernels of two different cultivars

106 tion spectrum is similar to that of the bulk hydrated electron but is slightly red-shifted; spectral

107 The hydrated electron has fundamental and practical signific

108 The hydrated electron is experiencing a renaissance as a sup

109 0, but it can also be employed for two novel hydrated electron reactions, namely, the decomposition o

110 dding cheap sacrificial donors turns our new hydrated electron source into a catalytic cycle operatin

111 s have been conducted on the dynamics of the hydrated electron, its partner arising from ionization o

112 bond's dissociation upon the absorption of a hydrated electron.

113 We found signatures of hydrated-electron dynamics in the x-ray spectrum.

114 PFECA) pollutants with ultraviolet-generated hydrated electrons (e(aq)(-)).

115 photosensitizer generates strongly reducing hydrated electrons (e(aq)(-); NHE = -2.9 V) that have be

116 se clusters are reasonable model systems for hydrated electrons near the liquid-vacuum interface.

117 ment methods for effective remediation, with hydrated electrons shown to be able to defluorinated the

118 sive diode laser as light source, we produce hydrated electrons through a two-photon mechanism previo

119 om literature and experimental data for bulk hydrated electrons.

120 undergoing defluorination with UV-generated hydrated electrons.

121 By cryo-electron tomography of frozen-hydrated endothelial cells, we identify internal vesicle

122 a model peptide during the transition from a hydrated environment (charged nanodroplet generated by e

123 rming into a hydrogel upon introduction to a hydrated environment.

124 The use of hydrated ethanol can reduce the losses of antioxidants,

125 rogen-bonded turns and remains significantly hydrated even as self-assembly triples the extent of non

126 y as mechanism-based inhibitors by comparing hydrated excess proton stabilization during proton trans

127 The results demonstrate how the hydrated excess proton strongly influences both the prot

128 uring the intricate interactions between the hydrated excess proton, protein atoms, and water.

129 imulations with explicit Grotthuss-shuttling hydrated excess protons are used to explore detailed mol

130 Ferric citrate hydrate (FC) is an iron-based phosphate binder approved

131 Kafirin precipitated out as a network of hydrated fibrils which could be hand-kneaded into a visc

132 havior: each is important for dry-seeking by hydrated flies and together they underlie moist-seeking

133 ing water evaporation and keeping the tissue hydrated for extended periods of time.

134 Serpentinization-fueled systems in the cool, hydrated forearc mantle of subduction zones may provide

135 ng sediments within the HSZ, suggesting that hydrate formation may play an important role during the

136 al mechanism that addresses the way in which hydrate formation participates in the gas-percolation pr

137 At a depth that is too shallow for hydrate formation, existing theories suggest that gas mi

138 ally, the mechanics of gas percolation under hydrate-forming conditions.

139 Methane hydrate ([Formula: see text]) is an ice-like solid that

140 f Fluticasone propionate/formoterol fumarate hydrate (FP/FM) was evaluated in pediatric patients with

141 including: water uptake, mass loss, dry and hydrated glass transition temperature, to help understan

142 er, in solution while sequestered within the hydrated glycocalyx.

143 Although it has been argued that a gas hydrate gun could trigger abrupt climate change, the pro

144 corresponding alcohol using simply hydrazine hydrate has been considerably unfeasible until now due t

145 A large amount of methane hydrate has been found under the seabed, but the transpo

146 ases and their supramolecular formations and hydrates has also been examined by electronic structure

147 Methane hydrates have important industrial and climate implicati

148 Gas hydrates have received considerable attention due to the

149 hing from bright-state ketones to dark-state hydrates, hemiacetals, and hemithioacetals is demonstrat

150 sufficient concentrations of water, stable, hydrated hydronium ions are formed in the pores and at t

151 a medium-pore zeolite, such as zeolite MFI, hydrated hydronium ions consist of eight water molecules

152 The presence of hydrated hydronium ions next to the Pt surface further l

153 es per Bronsted acid site and is assigned to hydrated hydronium ions on the basis of the evolution of

154 lite Bronsted acid sites, converting them to hydrated hydronium ions over a wide range of temperature

155 or D(2)O channels, is referred to as methane hydrate III (MH-III).

156 gs was thought to include the formation of a hydrated imidazoline intermediate.

157 to propose to term this common approach the hydrated imidazoline ring expansion (HIRE) reaction.

158 Group 1: biomaterial hydrated in blood; Group 2: biomaterial hydrated in phys

159 rial hydrated in blood; Group 2: biomaterial hydrated in physiologic saline.

160 the formation of methane and carbon dioxide hydrates in an environment analogous to ISM.

161 These hydrates in ISM, subjected to various chemical processes

162 correlating periodic parameters, such as the hydrated ion radius and ion-GO interactions, are current

163 d size-based ion selectivity wherein smaller hydrated ions are preferentially electrosorbed over larg

164 y 9 A, which is larger than the diameters of hydrated ions of common salts.

165 eation of water but reject even the smallest hydrated ions, replicating the feat achieved by nature i

166 are preferentially electrosorbed over larger hydrated ions.

167 molecules while rejecting even the smallest hydrated ions.

168 lease due to the thermal dissociation of gas hydrates is pervasive across the continental margins of

169 age in confined pores of MOFs in the form of hydrates is yet to be discovered.

170 Our results reveal that a methane hydrate IV (MH-IV) structure, where the D(2)O network is

171 nal ice, represents the highest-pressure gas hydrate known up to now.

172 otein-pectin interaction than to pectin from hydrated leaves.

173 A(+)) cations-an effect not exerted by fully hydrated Li(+) cations under similar conditions.

174 ions of these structures embedded in a fully-hydrated lipid environment assessed the stability of lig

175 and neutron scattering experiments on fully hydrated lipid vesicles in the presence of MG2a and L18W

176 that were formed through partial melting of hydrated low-magnesium basaltic rocks; notably, these TT

177 tion complexes of arsenous acid (As(OH)3) on hydrated mackinawite (FeS) surfaces, obtained from densi

178 Most life science systems contain hydrated macromolecules whose solubility, function and s

179 s surface via the burial and metamorphism of hydrated mafic crusts, and calculate mineral transition-

180 Hydrated, magnesium-rich minerals and subglacial brines

181 These reveal that serpentine-that is, hydrated mantle rather than crust or sediments-is a domi

182 These data were taken as evidence for a deep hydrated mantle reservoir, probably the transition zone,

183 Furthermore, neither primitive nor evolved hydrated Martian crust show noticeably different bulk de

184 and A(+)CN(-) (A = NMe(4), NEtMe(3)) forms a hydrated material of A(3)Mn(II)(5)(CN)(13) composition.

185 ayed a single, small ZFS (+/-0.30 cm(-1)) in hydrated material, whereas two distinct Ni(II) ZFS value

186 to the late addition of a small fraction of hydrated materials, such as carbonaceous chondrite meteo

187 and DFT can improve structure refinement for hydrated materials.

188 aches temperatures sufficient to destabilize hydrated materials.

189 technology has been limited to substantially hydrated media.

190 e already characterized, and potential other hydrates mentioned in literature.

191 hlight a two-metal mechanism whereby a penta-hydrated metal complex stabilizes the transition state o

192 f G8, while that of the pistol ribozyme is a hydrated metal ion.

193 graphene oxide, for example, can intercalate hydrated metal ions that assemble into metal oxide films

194 Pt and RE metal ions from the most common hydrated metal salts are first atomically embedded into

195 Importantly, a hydrated Mg(2+) ion remains innersphere-coordinated to N

196 y, the new structures shed light on a second hydrated Mg(2+) ion that approaches the scissile phospha

197 layered surface film comprising a partially "hydrated" MgO layer followed by Mg(OH)(2), and magnesium

198 ecedentedly, we were able to isolate methane hydrate (MH) nanocrystals with an sI structure encapsula

199 d part of Phaethon does not exhibit the 3-um hydrated mineral absorption (within 2sigma).

200 primitive carbonaceous object that contains hydrated minerals and organic molecules.

201 The D/H ratio imaging of weakly hydrated minerals prepared as focused ion beam (FIB) sec

202 Among those, hydrated minerals testify to past aqueous weathering pro

203 temperature, reflectance, spectral slope, or hydrated minerals, although some of those characteristic

204 valbard to constrain a coupled ice sheet/gas hydrate model, we identify distinct phases of subglacial

205 by experiments, most theoretical studies on hydrated molecular HNO(3) have focused on the acid disso

206 A slimy, hydrated mucus gel lines all wet epithelia in the human

207 Corrosive properties of MgCl(2) hydrates must be addressed at the operating temperatures

208 This work examines the effect of including hydrated NaCl and CaCl2 (up to 6% w/w) on the physicoche

209 However, detaching the highly hydrated native mucus from the tissue and storing it fro

210 s transformed into an ionically cross-linked hydrated network using biocompatible silicate nanopartic

211 well suited for adsorbing the planar, weakly hydrated nitrate molecule.

212 olecules that show an increased tendency for hydrating nonpolar groups.

213 SaOhyA hydrates only unsaturated fatty acids containing cis-9 d

214 d start of separation showed that these were hydrated over time.

215 pecies evolving into the corresponding dimer hydrates over time.

216 re we present field experiments showing that hydrated P. barbatus foragers made more foraging trips t

217 ster distributions and wetting properties of hydrated PA films.

218 Functional MRI (fMRI) was used to scan fully hydrated participants while they imagined a state of int

219 teweg liquid stress field around each cement hydrate particle provided the capillary forces at the na

220 example, surfactants can be used to prevent hydrate particles from forming large plugs that can clog

221 operties, hardness, color profile of dry and hydrated pasta, and sensory characteristics.

222 We focus in particular on hydrated perfluoro-sulfonic acid compounds employed as e

223 previously considered, including aqueous and hydrate phases that can lead to ozone loss.

224 ree different voltage-gated K(+) channels in hydrated phospholipid bilayer membrane environments.

225 In addition to a hydrated phyllosilicate band, we detect a ubiquitous 3.4

226 s recovered from Arctic cold seep sites (gas hydrate pingos) in the north-western Barents Sea, charac

227 ide chains from adjacent sheets, whereas the hydrated polar interface houses the Zn(2+)-binding histi

228 nate how selection between competing methane hydrate polymorphs occurs and might generalize to other

229 on enlists a bulk redox process during which hydrated potassium ions from the alkaline electrolyte ar

230 hood that the lumen of these c-rings is in a hydrated, potentially conducting state rather than empty

231 The picosecond-to-nanosecond dynamics of the hydrated powders of the two rOPN forms were further comp

232 lobal anthropogenic CO(2) emissions, yet its hydrated products gradually reabsorb substantial amounts

233 eaction of 1,4-naphthoquinone with hydrazine hydrate promotes a (5e + 5H(+)) redox cascade affording

234 Amino acid fragments from such hydrated protein films are observed and identified in th

235 on of amino acids and water molecules in the hydrated protein films can be characterized, and the pro

236 Moreover, water clusters from the hydrated protein films have been observed and identified

237 the vein, has an inner layer enriched in the hydrated proteoglycan aggrecan, external to which lie co

238 ike classical molecular dynamics, models the hydrated proton (hydronium-like cation) as a dynamic exc

239 be attributed to the interaction between the hydrated proton and its counterion.

240 von Grotthuss mechanism, involving different hydrated proton configurations with associated high flux

241 Notwithstanding the interfacial hydrated proton exhibiting bulk-like structures, a subst

242 nal transitions and their interplay with the hydrated proton pathways.

243 exhibited increased alpha functions for the hydrated proton, protonated monomers, and proton bound d

244 CID: 6529); sodium phosphotungstate tribasic hydrate (PubChem SID: 329753864).

245 , there is increasing awareness that shallow hydrate-related methane seeps have appeared due to enhan

246 ) extracted from flue gas strongly depend on hydrate reservoir temperatures.

247 In a producing gas hydrate reservoir the effective porosity available for f

248 easibility of direct injection flue gas into hydrate reservoirs in permafrost for methane recovery an

249 Large hydrate reservoirs in the Arctic regions could provide g

250 y, injection of flue gas into permafrost gas hydrates reservoirs has been studied in order to evaluat

251 We discuss mixtures of weakly and strongly hydrated salts in the anionic Hofmeister series and mixt

252 with adenine (HAd) and thymine (HThy) led to hydrated salts of deprotonated adenine, [N(4444)][Ad].2H

253 , a relative ordering of strongly and weakly hydrated salts that tend to precipitate or solubilize pr

254 ediments that accounts for the effect of gas hydrate saturation change on relative permeability.

255 ze distribution index, residual saturations, hydrate saturation, and four other constants.

256 ve permeability can account for the evolving hydrate saturation.

257 ion faster than sodium due to the absence of hydrated shells around lithium.

258 tery anode, our multi-phase lithium titanate hydrates show a specific capacity of about 130 mA h g(-1

259 nt with a BDNF mimetic, 7,8-dihydroxyflavone hydrate, significantly rescued dye visual function ( 58

260 nation of these thermodynamic parameters for hydrated silanol groups at the silica surface, critical

261 able membrane for CYnLIP-incubated skin than hydrated skin.

262 that the method can be used to study frozen-hydrated specimens of rotavirus double-layered particles

263 Subsequent processing of hydrated SPI powder at 140 degrees C further increased p

264 ngs (>600-m depth), often referred to as the hydrate stability zone (HSZ).

265 observations we propose a model where in the hydrated state the organized rod structure of the phycob

266 uch as intact cells in a near-native, frozen-hydrated state to macromolecular resolution ( approximat

267 take of water into the tissue at its maximum hydrated state was observed in the chemical images showi

268 We discover that analysis in the frozen-hydrated state yields a 10 000-fold increase in signal i

269 f the nanocapsules were studied on dried and hydrated state.

270 ar complexes inside cells in a native frozen-hydrated state.

271 age whole, unsectioned cells in their native hydrated state.

272 mical composition of a single protein in the hydrated state.

273 rt-range order that persists in both dry and hydrated states.

274 s relative to the BAS in both dehydrated and hydrated states.

275 uperhydrophilic surface due to its anomalous hydrated structure at the vermiculite surface.

276 The hydrated sulfated MOF exhibits a good catalytic performa

277 Loading profiles and the final hydrated surface concentrations reached (~ 950, ~ 1200,

278 eral propensity of POMs to adsorb on neutral hydrated surfaces.

279 that M. lignano could not adhere to strongly hydrated surfaces.

280 onventional assignment to a "third aluminate hydrate" (TAH) phase.

281 de readers with an extensive overview of gas hydrates that we hope will stimulate further work on thi

282 We developed an approach to build and hydrate the PA layer in molecular dynamics simulations a

283 t led to the current state-of-the-art of gas hydrate thermodynamic modeling.

284 ate that this effect still holds on actively hydrated tissues like the liver capsule and show that ad

285 rption affinity than delta-MnO(2), mainly as hydrated Tl(+) in interlayers (triclinic birnessite; log

286 ayed edges at low loadings to adsorption of (hydrated) Tl(+) on planar sites at the highest loadings.

287 S fragmentation to form SO(2), which becomes hydrated to sulfite/bisulfite (S(IV)).

288 e, 2,2,2-trichloroethanol [TCE], and chloral hydrate), to ethanol, and to a panel of halogenated meth

289 of submicron membrane domains in vitrified, hydrated vesicles.

290 e document hydrogen isotopic compositions of hydrated volcanic glasses and modern stream waters to de

291 Bromal hydrate was also detected as one of the byproducts gener

292 Particularly, the co-deintercalation of the hydrated water and sodium-ion during the high potential

293 ecular architecture, such as the presence of hydrating water, specific chemical compounds and microsc

294 id) and DPPH (2,2-diphenyl-1-picryl-hydrazyl-hydrate), which allowed us to determine the ability to s

295 RuNP decorated on the glassy carbon would be hydrated, which in turn assist to adsorb the uranyl sulf

296 pic and anisotropic (31)P chemical shifts of hydrated whole cells indicate the coexistence of linear

297 ed with an amorphous molybdenum oxyhydroxide hydrate with a local structural order composed of polyan

298 natural gases stored in naturally occurring hydrates within the Earth, and for developing green tech

299 Owing to its unique structure, hydrated Zn(2+) ions which are inserted directly into th

300 r6(mu3-OH)4(mu3-O)4(OH)4(OH2)4 that resemble hydrated ZrO2 clusters and can serve as catalysts or cat