ライフサイエンスコーパス: nonvolatile

1 ted by fuel combustion products (essentially nonvolatile).

2 s, and is safe, as the derivatizing agent is nonvolatile.

3 a volatile system to one that is completely nonvolatile.

4 to many models that treat these compounds as nonvolatile.

5 cus provides a promising approach for future nonvolatile 3D magnetic random access memory.

6 Nonvolatile acids did not play a significant role in det

7 ous metal-organic framework (MOF) MIL-101 by nonvolatile acids H(2)SO(4) and H(3)PO(4).

8 sical bioassays have suggested that they are nonvolatile, activate vomeronasal sensory neurons, and r

9 ield effect devices offer the possibility of nonvolatile active memory elements.

10 Because no nonvolatile additives are required for cleavage and depr

11 In addition, these data indicate that nonvolatile additives with high dipole moments are not n

12 concept of doping the ionization source with nonvolatile adduct-forming agents was investigated and d

13 a novel validation approach for studying how nonvolatile aerosol matrixes of considerably different c

14 E) wax (Polywax) can serve as a nontoxic and nonvolatile alternative to alkane solvents in monophasic

15 LiCl immediately distills from the remaining nonvolatile aluminum and silicon oxides.

16 ontaining a low concentration of volatile or nonvolatile analyte into an inlet tube cooled with dry i

17 ization (SAWN) is a novel method to transfer nonvolatile analytes directly from the aqueous phase to

18 Compound-specific isotope analysis (CISA) of nonvolatile analytes has been enabled by the introductio

19 piezoelectric transducer for the transfer of nonvolatile analytes to the gas phase at atmospheric pre

20 ility and allowing for the analysis of large nonvolatile analytes, including asphaltenes.

21 processed samples of small volumes including nonvolatile analytes.

22 Because BC is nonvolatile and chemically inert, changes in the mixing

23 aptic weights are registered and stored in a nonvolatile and compact digital format analogous to the

24 This work also presents the novel use of nonvolatile and inexpensive Et(2)AlCN in asymmetric cata

25 Continuous advancement in nonvolatile and morphotropic beyond-Moore electronic dev

26 f the single-well "push-pull" test that uses nonvolatile and multiple volatile tracers to investigate

27 ge of CPI is that it enables the analysis of nonvolatile and nonpolar compounds in liquid samples wit

28 s a novel and powerful tool for this type of nonvolatile and nontargeted analysis.

29 Enriched pH2@C60 is nonvolatile and soluble in organic solvents.

30 r both separation and identification of semi/nonvolatile and thermolabile molecules.

31 re compatible with bioassays, for extracting nonvolatile and volatile DBPs from chlorinated and chlor

32 powerful approach for the identification of nonvolatile and/or thermally labile analytes with molecu

33 local cerebral blood flow since it is inert, nonvolatile, and is readily diffusible through the blood

34 These oligomeric solvents are nontoxic, nonvolatile, and recyclable alternatives to heptane in t

35 Direct, nonvolatile, and reversible control of nanomagnetism in

36 As a stable and nonvolatile anion, it is expected to accumulate in termi

37 volatile beta-selinene and the corresponding nonvolatile antibiotic derivative beta-costic acid.

38 Involved in the biosynthesis of nonvolatile antibiotics, ZmTps21 exists as a useful gene

39 capability cannot meet the requirements for nonvolatile applications of spintronic materials.

40 y receptors (GRs) required for responding to nonvolatile avoidance chemicals are largely unknown.

41 solar cells (DSSCs) using N719 as dye and a nonvolatile, benzonitrile based electrolyte.

42 tive techniques for collecting and purifying nonvolatile biochemicals for isotopic analysis.

43 the environmental impacts of a developmental nonvolatile bistable electromechanical CNT switch throug

44 and protein complexes from six commonly used nonvolatile buffers and >/=150 mm Na(+) with conventiona

45 vered in the flowthrough fraction along with nonvolatile buffers and salts.

46 ticides and many other compounds make use of nonvolatile buffers in the mobile phase.

47 The postcolumn removal of nonvolatile buffers using a commercially available ion s

48 directly from high-ionic-strength (>150 mm) nonvolatile buffers with salts that mimic the extracellu

49 spectrometry (MS) does not allow the use of nonvolatile buffers.

50 the LC-MS analysis of some pesticides using nonvolatile buffers.

51 of nonvolatile, reference indicators (total nonvolatile cations, urea or conductivity) in 18 normal

52 thod for the mass spectrometric detection of nonvolatile chemicals on surfaces.

53 receptors (GRs) for the detection of mostly nonvolatile chemicals that include sugars, a diverse gro

54 c phosphoric acid ester but the formation of nonvolatile chemicals with increased hydrophilicity and

55 s, which are specialized to detect odors and nonvolatile chemosignals, respectively.

56 e, we use the NV intrinsic nuclear spin as a nonvolatile classical memory to store NMR information, w

57 This study focused on the semi/nonvolatile components of fire debris to better understa

58 r sex discrimination but instead detects the nonvolatile components of opposite-sex urine that may be

59 Nonvolatile composition including sugars, acids and phen

60 Analyte ions of volatile as well as nonvolatile compounds are formed by simply exposing the

61 le compounds proceeds much more rapidly than nonvolatile compounds because gas-phase oxidation induce

62 Nonvolatile compounds do not cause vapor intrusion, but

63 MS) as a method for analysis of volatile and nonvolatile compounds eluting from a liquid chromatograp

64 provide here a first library of volatile and nonvolatile compounds in cetacean exhaled breath.

65 Solid materials capable of forming stable nonvolatile compounds upon reaction with elemental halog

66 mplex mixture of volatile, semivolatile, and nonvolatile compounds.

67 promising tool in stable isotope analysis of nonvolatile compounds.

68 techniques used in mass spectrometry (MS) of nonvolatile compounds.

69 direct quantitative analysis of volatile and nonvolatile compounds.

70 nd diphenylamine (DPA) are examples of toxic nonvolatile contaminants found often at dye and munition

71 In contrast, the biodegradation of nonvolatile contaminants in the vadose zone has received

72 n the capillary fringe can create a sink for nonvolatile contaminants.

73 lenging to achieve simultaneously a high and nonvolatile control of magnetoresistance effect in organ

74 the particles by number were found to have a nonvolatile core at 250 degrees C.

75 as increase of size of particles possessing nonvolatile core.

76 High-contrast spots, most likely solid nonvolatile cores, are observed within many of the nucle

77 lus access suggests that the VNO responds to nonvolatile cues, leading to activation of the hypothala

78 C) infection have been found to generate the nonvolatile cyanide ion.

79 aterials (PCMs) are promising candidates for nonvolatile data storage and reconfigurable electronics,

80 used as promising active layers for flexible nonvolatile data storage devices.

81 For nonvolatile DBPs, solid-phase extraction (SPE) with TELO

82 The ejected nonvolatile debris and the crater left behind were exami

83 for the relevant transition by analyzing the nonvolatile debris ejected during ablation.

84 nics) has been widely discussed for enabling nonvolatile devices that store and process information w

85 model secondary amine solvents ranging from nonvolatile diethanolamine to volatile morpholine, appli

86 rement is that the eluent does not contain a nonvolatile dissolved component.

87 s, little is known about the oceanic pool of nonvolatile dissolved organic sulfur (DOS).

88 ch as N-acetylcysteine) and quantitating the nonvolatile dithiocarbamate by the cyclocondensation rea

89 nd MBSL: spatial separation of emission from nonvolatiles (e.g., Na*) ought not to be observed for th

90 in situ silicon PIN diode heaters, scalable nonvolatile electrically reconfigurable photonic switche

91 Nonvolatile electrolyte-gated transistors (EGTs) provide

92 ploying N719 dye without co-adsorbents and a nonvolatile electrolyte.

93 c(-) state), which is concomitant with large nonvolatile electromechanical strains ( approximately 1.

94 ften assume planetary bulk compositions with nonvolatile element abundance ratios equivalent to those

95 However, nickel is a nonvolatile element, assumed to be largely sequestered a

96 Simple nonvolatile elements have been fabricated by solution-on

97 Acetate and succinate were the major nonvolatile end products, but measurable quantities of a

98 netic fabric, which we show to be robust and nonvolatile even after thermal erasure across its orderi

99 Nonvolatile ferroelectric random-access memory uses ferr

100 fiber-based memory device presents a typical nonvolatile flash memory effect with excellent reproduci

101 Droplets of nonvolatile fuels such as soy oil and glucose-water solu

102 vinifera), where a major fraction occurs as nonvolatile glycosides.

103 With the impregnation of nonvolatile H(3)PO(4), the MOF thin film exhibits a prot

104 The volatile trihalomethanes and the nonvolatile haloacetic acids (HAAs) are the most prevale

105 l may enable a wide range of applications in nonvolatile high-density memories, nanosensors, and elec

106 As a nonvolatile, highly soluble, and neutral compound at phy

107 ization via electrospray ionization, such as nonvolatile hydrocarbons.

108 d reliable method for estimating dilution of nonvolatile, hydrophilic mediators in condensates.

109 ium allows the sequestration of heterologous nonvolatile hydrophobic terpenes, such as triterpene sap

110 ueous phase with more stable and practically nonvolatile imidazolium based room-temperature ionic liq

111 olatile chemosignals only, we show here that nonvolatile immune system molecules function as olfactor

112 significant fraction of these particles was nonvolatile in nature.

113 lung provide noninvasive access to sampling nonvolatiles in peripheral airway lining fluid.

114 are proposed as superior state variables for nonvolatile information storage.

115 t lower temperatures (250-400 degrees C) and nonvolatile inorganic oxidizers at high temperatures (45

116 ickly eliminate insects with nanoaerosols of nonvolatile insecticides in greenhouses and other closed

117 We further demonstrate nonvolatile integrated optical switches with record low

118 complex matrixes containing salts and other nonvolatile interferences present in the sample matrix.

119 ation-mass spectrometry (ESI-MS) is that the nonvolatile ion-pair reagent (e.g., alkyl sulfate for am

120 ssible to use conductivity to estimate total nonvolatile ionic concentrations and facilitating analys

121 a 10-congener mixture of PCBs in relatively nonvolatile isooctane, a 5-congener mixture in relativel

122 y 0.5% of this saved carbon toward essential nonvolatile isoprenoids, i.e. beta-carotene and lutein,

123 thyl jasmonate, a repellent derived from the nonvolatile jasmonic acid in the signaling pathway of pl

124 el, non-redundant processing of volatile and nonvolatile kairomones through the activation of multipl

125 shape memory alloy substrates, steerable and nonvolatile lattice strain up to 2.18% has been achieved

126 Electrically controllable nonvolatile magnetic memories show great potential for t

127 In principle, nonvolatile magnetic memory can operate at low power con

128 Here we introduce a new type of multilevel, nonvolatile magnetic memory concept, the magnetic abacus

129 ing of magnetization is a central problem in nonvolatile magnetic storage and magnetic neuromorphic c

130 an lead to a new paradigm of ultra-low power nonvolatile magnetoelectric random access memory (MeRAM)

131 g ultralow-power and high density instant-on nonvolatile magnetoelectric random access memory (MeRAM)

132 se and magnitude of coherent spin waves in a nonvolatile manner.

133 se response is proportional to the amount of nonvolatile material and is independent from the physico

134 nm particles consist of approximately 40% of nonvolatile material by volume (evaporative temperature

135 outheastern U.S. is comprised of effectively nonvolatile material has important implications for mode

136 fide bond formation, increased percentage of nonvolatile material, or increased sulfation.

137 related effect caused by gradual build-up of nonvolatile matrix components in the GC system, thus imp

138 The nonvolatile matrixes of a set of source emissions aeroso

139 Nonvolatile memories (NVMs) are making inroads into high

140 tes a route to a lead-free ferroelectric for nonvolatile memories and electro-optic devices.

141 ion owing to their potential applications to nonvolatile memories and multi-functional devices.

142 ng applications in the field of high-density nonvolatile memories as well as future energy-efficient

143 time-integrated sensor signals and writes to nonvolatile memories for later readout.

144 vskite ferroelectric tetragonality logic and nonvolatile memories(1,2).

145 devices such as high-frequency oscillators, nonvolatile memories, and magnetic field sensors.

146 dely used in industrial applications such as nonvolatile memories, but reaction pathways for crystall

147 e been proposed as a promising candidate for nonvolatile memories, given their intriguing advantages

148 ovides a template to achieve attojoule-class nonvolatile memories.

149 ghly non-linear selector element in emerging nonvolatile memory (NVM) and as a locally-active element

150 ve the potential to transform the market for nonvolatile memory and could lead to novel forms of comp

151 are indispensable components of large-scale nonvolatile memory and neuromorphic array systems.

152 of the most attractive candidates for future nonvolatile memory applications and neuromorphic circuit

153 new realm of high speed and highly efficient nonvolatile memory applications.

154 Stacking nonvolatile memory cells into a three-dimensional matrix

155 der, complementary organic circuits, and two nonvolatile memory cells.

156 of spin-polarized current give promise of a nonvolatile memory device with the high performance and

157 ctural transformation and are being used for nonvolatile memory devices.

158 signal processing, correlative learning, and nonvolatile memory functions of synapses.

159 Ferroelectrically driven nonvolatile memory is demonstrated by interfacing 2D sem

160 ere we demonstrate electrically programmable nonvolatile memory metadevices realised by the hybridiza

161 replace flash memory in the next-generation nonvolatile memory roadmap.

162 Furthermore, we demonstrate the bistable nonvolatile memory states that can be switched in-situ w

163 ading candidate in the race towards emerging nonvolatile memory technologies.

164 DNA-based data storage is an emerging nonvolatile memory technology of potentially unprecedent

165 pore and contact blockage gating modes with nonvolatile memory where gating is realized by a nanopar

166 By integrating nonvolatile memory with continuous processing, we develo

167 ation spaces, for example, in metamaterials, nonvolatile memory, and optical and neuromorphic computi

168 ks for next-generation electronics including nonvolatile memory, in-memory and neuromorphic computing

169 ties for applications including, for example nonvolatile memory, optical communication, and neuromorp

170 emiconductor (EIS) sensor constructed with a nonvolatile memory-like structure is proposed for KRAS g

171 been proven that the voltage program on the nonvolatile memory-like structure of EONOS is a notable

172 logy for optical data storage and electrical nonvolatile memory.

173 aterials) by studying prototypical telluride nonvolatile-memory, "phase-change" materials (PCMs), and

174 DAE](2)-Pt SMJ functions as a fully electric nonvolatile memristor.

175 thylated to H(2)S, and H(2)S is converted to nonvolatile metabolites.

176 assive crossbar circuit with ~99% functional nonvolatile metal-oxide memristors.

177 ionic liquid gating can induce a reversible, nonvolatile metallic phase in initially insulating films

178 known about the effects of chirality in the nonvolatile methyl-branched hydrocarbons (MBCHs) used by

179 nd behavioral approaches to demonstrate that nonvolatile MHC class I peptides activate subsets of OSN

180 cted to play a vital role in next generation nonvolatile microelectronic memory devices.

181 (SOC) strength in the FePt film, leading to nonvolatile modulation of magnetic anisotropy and magnet

182 ion which augurs well for the development of nonvolatile molecular flash memory devices.

183 rops containing clay condensation nuclei and nonvolatile monomers.

184 ed on a cation exchange column to remove the nonvolatile MSA from amino acids, and the amino acids ar

185 t and 5.30 microg L(-1) in the presence of a nonvolatile nitrate dopant.

186 ammonium salts have the advantages of being nonvolatile, noncancerogenic, and easy-to-handle solids.

187 can be made, this new mediator represents a nonvolatile, noncorrosive, and practical alternative as

188 renewable fossil fuel feedstocks, glucose is nonvolatile, nontoxic, and derived from renewable plant

189 In addition to the advantages of being a nonvolatile, nontoxic, reusable solvent, this hydrocarbo

190 evaporation at the rim of the droplet by the nonvolatile oil meniscus, preventing flow toward the con

191 sitive ions formed in the electrospray of 10 nonvolatile or thermally unstable carbamate, urea, and t

192 rivatize the surfactant but also appropriate nonvolatile (or less volatile) analytes.

193 by gas chromatography/mass spectrometry, and nonvolatile organic analysis by liquid chromatography/ma

194 ed by semivolatile organic compounds (SOCs), nonvolatile organic compounds (NVOCs), and volatile orga

195 Nonvolatile organic compounds identified were polyethyle

196 icable to a wide structural range of stable, nonvolatile organic compounds.

197 patible with opaque minerals associated with nonvolatile organic macromolecular materials: a complex

198 than (RR, 1.07; P = .24) the median sum of 8 nonvolatile PAH levels.

199 e personal air samplers for measurement of 8 nonvolatile PAHs and the semivolatile PAH pyrene, and du

200 This risk was increased by exposure to nonvolatile PAHs, with children null for the GSTM1 mutat

201 creases contrail occurrence (+5%), but lower nonvolatile particle emissions (-52%) reduce the annual

202 haust scrubbers on particulate mass (PM) and nonvolatile particle number (PN greater than 23 nm) emis

203 ils is linked with an 11-13% decrease to the nonvolatile particle number emissions in steady driving

204 Nonvolatile particles consisted of nanosized fuel, and s

205 alls of the tailpipes, we suggest that these nonvolatile particles were composed mostly of ash from l

206 mode can include simultaneously volatile and nonvolatile particles, and fulfill the previous results

207 The GSA did not affect the number of nonvolatile particles.

208 smoke number (SN) and mass concentration of nonvolatile particulate matter (nvPM) in the exhaust of

209 al impacts have led to recent regulations on nonvolatile particulate matter (nvPM) mass and number em

210 for visible smoke and are excluded from the nonvolatile particulate matter (nvPM) standard.

211 tate-of-the-art sampling system designed for nonvolatile particulate matter.

212 Confirmation of the identity of a nonvolatile pesticide or herbicide depends largely on th

213 as chromatography-mass spectrometry (GC-MS), nonvolatile PFAS by liquid chromatography-quadrupole tim

214 the biosynthesis of volatile terpenoids and nonvolatile phenylpropanoids in ECs (when compared with

215 nd the labial palps are thought to recognize nonvolatile pheromones secreted by the female.

216 Flies sense tastants and nonvolatile pheromones through gustatory bristles and pe

217 noclonal antibodies (mAbs) and ADCs, such as nonvolatile phosphate-buffered saline (PBS), should be r

218 ating its promise as a material for scalable nonvolatile photonics.

219 Nonvolatile PM (nvPM) emissions from aircraft turbine en

220 However, this was not directly linked with nonvolatile PN emission reduction, which should be taken

221 ite particles and an appropriate volume of a nonvolatile polymerizable organic liquid monomer was app

222 h Polywax and are subsequently isolated as a nonvolatile Polywax solid phase that contains the dye or

223 examination of these samples shows that the nonvolatile portion of the comet is an unequilibrated as

224 proposed to involve the methoxylation of the nonvolatile precursor 2-hydroxy-3-isobutylpyrazine to gi

225 de are monitored by mass spectrometry, while nonvolatile products can be selectively detected at the

226 glucosinolates to a variety of volatile and nonvolatile products.

227 ions benefiting mass production owing to the nonvolatile property of GCl.

228 e device elements could be used to construct nonvolatile random access memory and logic function tabl

229 simultaneous detection of both volatile and nonvolatile reaction products.

230 nctionalities, with minimal side products or nonvolatile reaction residues.

231 Optically gated recording and nonvolatile readout in a digital volume holographic data

232 g/mL limits of detection, respectively, with nonvolatile reagents stored on-board and smartphone for

233 e a simple and inexpensive method for mixing nonvolatile reagents such as supercharging agents, which

234 Nonvolatile redox transistors (NVRTs) based upon Li-ion

235 tory droplets by comparing concentrations of nonvolatile, reference indicators (total nonvolatile cat

236 a mutant flies were impaired in avoiding all nonvolatile repellents tested, ranging from quinine to d

237 may be a coreceptor required for sensing all nonvolatile repulsive chemicals, including tastants and

238 The biologic activity was associated with nonvolatile resins, but not with essential oils.

239 d of a ferroelectric Pb(Zr,Ti)O3 (PZT) gate, nonvolatile resistance modulation in the Mott transistor

240 Herein, the nonvolatile resistance switching (NVRS) phenomenon in mo

241 f 0.09 V is superior to that of conventional nonvolatile resistive memories by one order of magnitude

242 The two-terminal, nonvolatile resistive memory can also be configured in c

243 s the gelatin hydrogel to exhibit rewritable nonvolatile resistive memory features.

244 er efficiency, motivating designs leveraging nonvolatile resistive random access memory (ReRAM), and

245 Here we report a giant, nonvolatile resistive switching (DeltaR/R > 1,000%) and

246 memristor operates in either a volatile or a nonvolatile retention regime.

247 ecules and their complexes must be stored in nonvolatile salt buffers and other solubilizing agents,

248 d phosphopeptides that had eluted along with nonvolatile salts and buffers in the flowthrough fractio

249 nly used buffers with high concentrations of nonvolatile salts and eliminates the need to buffer exch

250 Nonvolatile salts are essential for the structures and f

251 nization (MALDI) analysis is the presence of nonvolatile salts in the sample.

252 We conclude that nonvolatile salts of benzenecarboxylic acids, and perhap

253 containing physiological ionic strengths of nonvolatile salts that mimics the intracellular environm

254 etry can suffer from interferences caused by nonvolatile salts.

255 resence of relatively high concentrations of nonvolatile salts.

256 t physiologically relevant concentrations of nonvolatile salts.

257 oteins in buffers with high concentration of nonvolatile salts.

258 nditions but requires high concentrations of nonvolatile salts.

259 seudohydrolysis resulting in nitric acid and nonvolatile secondary organic aerosol.

260 ation rate is minimized, the hydrophilic and nonvolatile silicic acid components replace water mainta

261 the potential of DIOS-MS in the analyses of nonvolatile, small molecules in delicate chemical equili

262 In mice, nonvolatile social cues are detected and analyzed by the

263 The presence of nonvolatile solutes in these condensates suggests that d

264 simple method it offers to assemble diverse nonvolatile solutes into complex ordered structures on t

265 When porewater evaporates, any nonvolatile solutes present in the pores will be driven

266 complex composition consisting of water and nonvolatile solutes.

267 However, ESI-MS is incompatible with nonvolatile solution additives.

268 was greater than the sum of all solutes plus nonvolatile solvent impurities, indicating the additiona

269 colorimetric microdroplets are composed of a nonvolatile solvent so they remain in a uniform and homo

270 ted to reduce not only the emission index of nonvolatile soot particles but also the sizes of primary

271 Here we show that the activation of nonvolatile soot particles during contrail formation is

272 rsicum) produce a wide array of volatile and nonvolatile specialized metabolites.

273 c groups and sulfonic groups in (1)H NMR, or nonvolatile species in GC-MS), (ii) detection of labile

274 es to the development of magnetic memory and nonvolatile spin logic technologies.

275 We describe here the development of a new nonvolatile, stable, and recoverable osmium-based reagen

276 ron oxidation to the orthogonal, dicationic, nonvolatile state completely turns off cation binding to

277 les a low-temperature demonstration of dense nonvolatile storage of information.

278 Nontarget analysis of nonvolatile substances in complex samples is a very chal

279 Isotope ratios of the nonvolatile substrates and products are measured by usin

280 ses through the membrane in the vapor phase, nonvolatile sulfate and heavy metals are retained in the

281 ysis of argon-saturated aqueous solutions of nonvolatile surfactants [n-alkanesulfonates, n-alkyl sul

282 how that the Gibbs surface excess of certain nonvolatile surfactants does not correlate with the exte

283 ionally configured by setting the state of a nonvolatile switch.

284 G via ionic liquid gating, thereby forming a nonvolatile switch.

285 opportunity to achieve high-performance and nonvolatile switchable electronic devices.

286 latinum electrodes that exhibit fast bipolar nonvolatile switching.

287 ge fraction of these compounds is present as nonvolatile terpene glycosides.

288 Nonvolatile terpenoid phytoalexins occur throughout the

289 hnique for the analysis of a wide variety of nonvolatile, thermally labile compounds, including analy

290 mass spectrometers to facilitate analysis of nonvolatile, thermally labile compounds.

291 rption and subsequent chemical ionization of nonvolatile, thermally labile molecules during laser-ind

292 most universal means of detection for polar, nonvolatile, thermally labile natural products.

293 Most nonvolatile trace elements were less enriched in fly ash

294 field-controlled EPS enables us to achieve a nonvolatile tunable MR response persisting up to 120 K.

295 g not only opens an efficient avenue for the nonvolatile tuning of SOC based magnetism and spintronic

296 a 2D antiferromagnet (AFM), a more than 700% nonvolatile tunnelling magnetoresistance (TMR) ratio is

297 ion of POA emitted from LDGVs is essentially nonvolatile under typical atmospheric dilution levels.

298 rongly preferred to investigate volatile and nonvolatile urinary odorants from estrous females as opp

299 is further demonstrated that deterministic, nonvolatile writing/erasure of large-area patterns of th

300 under vacuum instead produces an insoluble, nonvolatile yellow residual material 6 of composition P(