ライフサイエンスコーパス: be tuned to

1 surface plasmon resonances of the particles are tuned to 413 nm to match the molecular resonance of

2 e strain in the germanium nanostructures can be tuned to 5.3% by altering the lattice constant of the

3 all into two groups: the low-frequency units are tuned to 50 Hz and the middle frequency units to 200

4 plasmonic resonance of silver nanolplatelets is tuned to 656 nm, matching the emission wavelength, an

5 However, when the plasmonic resonance is tuned to 980 nm, matching the nanocrystal absorption

6 s affects task-specific neural circuits that are tuned to a given temporal position and combination o

7 id with very low viscosity when interactions are tuned to a scattering resonance.

8 conductivity along a single Si nanowire can be tuned to a desired value (between crystalline and amo

9 ntally unconstrained parameters that have to be tuned to a particular data set and, hence, cannot be

10 order of the 100 fs pump pulse that need not be tuned to a specific wavelength.

11 ymer-based hydrogel such as native mucus can be tuned to a wide range of settings in different compar

12 Each bORN is tuned to a specific range of stimulus intervals, and

13 ration of these atoms when an infrared laser is tuned to a vibrational resonance.

14 e; bpy = 2,2'-bipyridyl], the emitting color was tuned to a maximum wavelength of 540 nm (green).

15 Finally, neurons were tuned to a narrower range of phases of the ripple o

16 A), which enables growth on epichlorohydrin, was tuned to accept cis-1,2-dichloroepoxyethane as a sub

17 bility, and (D) the ease with which they can be tuned to accommodate the electrochemical needs of pho

18 t cortical networks exhibiting such dynamics are tuned to achieve a maximally efficient population co

19 structures of these complementary salts can be tuned to achieve highly ordered J-type supramolecular

20 nder very similar conditions, which can then be tuned to achieve multiphase coexistence.

21 ut two networks of ordered defects which can be tuned to achieve optimal superconductivity.

22 the amination pattern of the reaction could be tuned to achieve selectivities between 99:1 and 1:99

23 We also show that the design can be tuned to achieve vesicle-type assemblies, which furth

24 g to understand how inter-head communication is tuned to achieve the degree of processivity required

25 This suggests that binaural neurons are tuned to acoustical features of ecological environme

26 The variable electrostatic potential can be tuned to allow efficient and gentle ionization.

27 We show that IRMPD activation parameters can be tuned to allow for effective peptide identification a

28 se results support the hypothesis that Tregs are tuned to alter their motility depending on costimula

29 the ascending auditory pathway where neurons are tuned to AM stimuli.

30 The radiation can be tuned to an energy close to the ionization energy of

31 y of several classes of neurons whose firing is tuned to an animal's position and orientation in spac

32 e cycle transmits information reliably if it is tuned to an optimal parameter range, despite intrinsi

33 sponsiveness is comparable to a rheostat: it is tuned to an optimal set point depending on the inhibi

34 l rates, indicating FTN resonance properties are tuned to, and may dictate, the fast-trill rhythm.

35 surface and the interior of the particle can be tuned to any of the two helical senses (M or P) by se

36 or to other cells) with which elasticity can be tuned to approximate that of tissues.

37 monstrate that ensembles of auditory neurons are tuned to auditory features that enhance the acoustic

38 where cross-correlated relaxation rates can be tuned to autocorrelated relaxation rates.

39 etween the initiator tRNA and the 30S P site is tuned to balance efficiency and accuracy during initi

40 ging picture is one in which gene regulation is tuned to balance expression of the terminal reductase

41 ded that the scattering and absorption rates are tuned to be equal.

42 d computational model to reveal that bridges are tuned to be maximally stable in the face of regular,

43 Such circuits must also be tuned to be highly sensitive because escape of even a

44 The networks can be tuned to be perfect integrators of their inputs or to

45 We show that the system is tuned to be highly efficient in its use of components

46 most pronounced when the potential landscape was tuned to be symmetric by using low-temperature scann

47 The active BDD element can be tuned to between 10 and 50 microm in diameter with a

48 ding perception because neurons in this area are tuned to both optic flow and vestibular signals.

49 These "male responsive" neurons in the VMHvl are tuned to both the inter-male distance and the animal

50 l question is thus how Xer/dif recombination is tuned to both act in chromosome segregation and stabl

51 were tuned to hand rotation, and 260 neurons were tuned to both hand translation and hand rotation.

52 rtificial systems, molecular sensitizers can be tuned to capture, convert, and transfer visible light

53 We also found neurons in V1 and in MT that were tuned to combinations of spatial and temporal binoc

54 awater levels, and their ion selectivity can be tuned to configure them into switchable ionic diodes.

55 cture and functional moieties of the SAM can be tuned to control not only the intermolecular interact

56 e electronically to nanoscale electrodes and be tuned to control the charge-transfer characteristics

57 ng and suggest that less processive kinesins are tuned to coordinate with other motors differently th

58 types of fungi, and our immune systems must be tuned to cope with constant exposure to them.

59 ucture of the upconverting nanomaterials can be tuned to couple other electronic states on the surfac

60 etermined by the nucleotide sequence and can be tuned to cover a range of dissociation constant value

61 ersible serine hydrolase inhibitors that can be tuned to create selective probes for diverse members

62 evidence suggests that this genetic network is tuned to criticality.

63 (2) exhibit fluorescent properties, (3) can be tuned to defined sizes and shapes, and (4) are effici

64 two extreme types of amphipathic helix that are tuned to detect both the curvature of transport vesi

65 tinct cell types expressing unique receptors are tuned to detect each of the five basic tastes: sweet

66 tivation of specific subsets of neurons that are tuned to detect harmful stimuli at the surface and h

67 ly biointerfaced sensing platform, which can be tuned to detect target analytes.

68 biophysical properties of the two cell types were tuned to detect different features of activity.

69 areas scaled with the displacement that they were tuned to detect; the scaling factor k linking the r

70 sible, in part, because CaM binding proteins are "tuned" to different Ca2+ flux signals by their uniq

71 f binaural coincidence-detector neurons that are tuned to different interaural time differences (ITDs

72 as neighboring neurons near pinwheel centers are tuned to different stimulus orientations.

73 teresting properties: (a) their diameter can be tuned to different sizes, to growth or to shrink, by

74 More LFPs were tuned to duration and/or serial order in the beta-

75 The chiral-dependent kinetics can be tuned to effectively freeze the reacted spectra at a

76 e views, which posit that the amygdala might be tuned to either (1) general emotional arousal (activa

77 e also show that optimal receptor arrays can be tuned to either resolve concentrations well or distin

78 whose reactivity and spectral properties can be tuned to enable detection of fumarate and other dipol

79 The antenna structure dimensions can be tuned to enhance the IR modes of specific chemical mo

80 etry provided that the carrier concentration is tuned to enhance charge detection.

81 imarily front-head gated, and that NL length is tuned to enhance unidirectional processivity and velo

82 fects allow the microfluidic channel size to be tuned to ensure high selectivity.

83 Our finding that stress responses are tuned to environmental uncertainty provides new insi

84 hown that the primary sequence of an ELP can be tuned to exhibit either of the hydration layer coupli

85 e processing motifs in neural circuits could be tuned to extract this information.

86 ting oxide nature of the top Al:ZnO film can be tuned to facilitate the fine control of the SMT of th

87 rly-induced melanoma driver whose levels can be tuned to favor tumor invasion, ultimately defining me

88 esults further suggest that the phosphorelay is tuned to favor sporulation during growth in gastroint

89 e coherent tunneling regime and how they may be tuned to filter either majority- or minority-spin ele

90 nds of free parameters in their models which are tuned to fit the little data available for training.

91 in modification tools that enable enzymes to be tuned to fit into the industrial marketplace.

92 hus, cells in which the inhibitory sidebands are tuned to frequencies lower than the excitatory tunin

93 ical properties of different myosin isoforms are tuned to fulfill these roles in an array of cellular

94 These forces are tuned to generate sustained blastopore closure throu

95 e as a critical bifurcation point, which can be tuned to generate functional blood vessels or erythro

96 The model was tuned to generate substantial NaP and exhibited good

97 converted into a bridged bicyclic ether, can be tuned to give either of the isomeric oxabicyclo[6.2.1

98 oxygen in the presence of sodium cations can be tuned to give either sodium superoxide or sodium pero

99 The reactions can be tuned to give the products of one- or two-electron ur

100 ion inside the window of polarized delivery, is tuned to give rise to distinct shapes of Cdc42 distri

101 We show that the process can be tuned to grow single or multilayer graphene with good

102 ent, 446 were tuned to hand translation, 326 were tuned to hand rotation, and 260 neurons were tuned

103 512 neurons modulated by hand movement, 446 were tuned to hand translation, 326 were tuned to hand r

104 ike train statistics of the central node can be tuned to have a certain firing rate and variability,

105 evokes firing in auditory nerve fibers that are tuned to high frequencies several milliseconds earli

106 An adjustable threshold allows the system to be tuned to high precision or high recall.

107 In contrast graded depolarizing inputs were tuned to high-frequencies anteriorly and to low-fre

108 region within the receptive field center but are tuned to higher frequencies when the stimulus imping

109 x that respond only to the contralateral eye are tuned to higher spatial frequencies.

110 The contralateral visual pathway is tuned to higher spatial frequencies than the ipsilate

111 se data show that the active site of HiAXHd3 is tuned to hydrolyse arabinofuranosyl or xylosyl linkag

112 ML and MF were view-specific; neurons in AL were tuned to identity mirror-symmetrically across views

113 s work has uncovered key parameters that can be tuned to improve the detection limit of this sensor m

114 etween Cr2O3 and an adjacent permalloy layer is tuned to in-plane from out-of-plane that has been obs

115 otor speed is a processing variable that can be tuned to increase the extraction efficiency and modul

116 s, allowing the time course of inhibition to be tuned to individual cellular requirements.

117 riazolopyrimidine scaffold can alternatively be tuned to inhibit human DHODH, an important target for

118 doubly occupied sites when the tilt per site is tuned to integer fractions of the Mott gap.

119 appropriate hole doping, the Fermi level can be tuned to intersect only the surface states, indicatin

120 ngly influenced by its lipid environment and is tuned to its natural one.

121 Each principal neuron in the MSO is tuned to its own best interaural time difference (ITD

122 a region's microscale neuronal architecture is tuned to its role in the global brain network.

123 as high as Phi = 84%, which could optionally be tuned to longer wavelengths by energy transfer to the

124 te dependence of enhancement; for cells that were tuned to longer intervals, EPSPs were broader, and

125 These neurons are tuned to low frequencies when the stimulus is restri

126 nto account, coupling to the environment can be tuned to lower values, unlike in previous studies.

127 demonstrate that the N terminus of Snf7 has been tuned to maintain the topological constraints assoc

128 B/SERCA, suggesting that PLB phosphorylation is tuned to maintain homeostasis in SERCA regulation.

129 as a template, whose synthetic procedure can be tuned to make them toggle between blue-emitting (Ag9:

130 echanical characteristics of this spring may be tuned to match changing mechanical demands placed on

131 The SERS intensity of each type of ERL can be tuned to match other ERLs by adjusting the mixed mono

132 a global scale, the dust cycle in most GCMs is tuned to match radiative measurements, such that the

133 Furthermore, the amplitude of inhibition was tuned to match the amount of excitation at the level

134 The aspect ratio of the gold nanorods was tuned to match the longitudinal localized surface pl

135 of the active layer thicknesses of subcells are tuned to maximize its light trapping without spendin

136 s have distinct functional properties, which are tuned to maximize the performance of the wild-type h

137 t it is likely that natural mammalian lipids are tuned to maximize the tendency to form ultrananodoma

138 n nanoscale pillars with dimensions that can be tuned to maximize fluorescence enhancement in a parti

139 ly allows the frontier molecular orbitals to be tuned to maximize the open-circuit voltage of the dev

140 Because egg signaling and sperm response may be tuned to meet specific fluid-dynamic constraints, she

141 on exists in riboswitches such that activity is tuned to meet cellular needs.

142 The same DNA sequence can thus be tuned to melt at vastly different temperatures by sel

143 lsion droplets in which surface interactions are tuned to mimic those of real cells.

144 pramolecular interactions between chains can be tuned to mimic different magnetic interactions.

145 In this study, the hydrogel pore size was tuned to mimic the effect of confinement/crowding on

146 uron activity in the prefrontal cortex (PFC) is tuned to mixtures of multiple task-related aspects.

147 The hydrogel can be tuned to modulate both the sensitivity and kinetics.

148 tion selectivity, we found that neurons that were tuned to more curved contours had smaller ranges of

149 Direction-selective ganglion cells (DSGCs) are tuned to motion in one direction.

150 lk whose characteristic (power-law) exponent is tuned to nearly minimize the time required to form pa

151 The synthesis conditions are tuned to obtain tellurium nanostructures with chiral

152 e photophysical properties of the AAPs could be tuned to obtain molecular switches with favorable pho

153 s where the geometry of the metadiffuser has been tuned to obtain surfaces with spatially dependent r

154 on conditions, and the surface concentration was tuned to obtain a surface coverage of 3.1 x 10(12) m

155 ontrolled single crystals, the particles can be tuned to occur as 1D linear heterostructures or 3D te

156 It is shown that the signal response can be tuned to occur closer to 1 equiv of guest relative to

157 n the latter case the observed responses can be tuned to occur in chosen concentration range, simply

158 l, which demonstrates how a color change can be tuned to occur near a desired concentration of analyt

159 o chemotopic organization, and the glomeruli are tuned to odors from multiple classes, we find that t

160 or-acceptor structures, and conformation can be tuned to offer a new class of light-harvesting materi

161 s is the only example of a material that can be tuned to operate on different immunological pathways

162 t assures that pacemakers and defibrillators are tuned to optimize the hemodynamic milieu of critical

163 x must have specific dynamic properties that are tuned to optimize the rate and efficiency of damage

164 natomical parameters of myelinated axons can be tuned to optimize pathways involved in temporal proce

165 rmance and describe how these parameters can be tuned to optimize recovery, purity, or throughput.

166 geometry and the dynamics of tweezering may be tuned to optimize transport efficiency.

167 hat this module of coupled second messengers is tuned to optimize production of cAMP transients, and

168 pose that transcription by RNA polymerase II is tuned to optimize the efficiency and accuracy of ribo

169 spatially local classical receptive fields, are tuned to orientation, and receive information (from

170 One way the domains could be tuned to perform different functions is by having dif

171 amino acid in proteins, where its reactivity is tuned to perform diverse biochemical functions.

172 selection completely when the opposing gate is tuned to permit it.

173 ly tuned: 90% were tuned to velocity and 86% were tuned to position in one participant; 95% and 84%,

174 size, suggesting total synaptic conductance is tuned to postsynaptic excitability.

175 highly doped, i.e., metallic, electrodes can be tuned to predictably manipulate the oxidizing power o

176 le is known about how compensatory responses are tuned to prevent them from overshooting their optima

177 al properties and synaptic strengths need to be tuned to produce a given network output, we simulated

178 We show that this model can be tuned to produce behavioural statistics comparable to

179 Both methods can be tuned to produce classifiers of drug treatments in th

180 lts reveal how myosin isoform properties may be tuned to produce force and respond to mechanical cues

181 ion, here we show that the same reaction can be tuned to produce long-chain n-aldehydes, 1-alcohols a

182 polymer theory, we propose that cohesiveness is tuned to promote rapid assembly of the permeability b

183 thesize that these distinct pigment patterns are tuned to provide crypsis in different habitats.

184 The sCAR-T-cell dosing regimen could be tuned to provide efficacy comparable to the correspon

185 ntiopreference of the biocatalyst could also be tuned to provide either enantiomer of the organoboran

186 dies suggest that the two feedback loops may be tuned to provide for rapid activation and inactivatio

187 Fidelity is tuned to provide the proper balance of virus replicat

188 n of ROS signaling, we developed a tool that is tuned to qualify this imprint.

189 Innate lymphoid cells (ILCs) are tuned to quickly respond to and amplify tissue-speci

190 ized sensory organs and a chemoreceptor that is tuned to recognize the bacteria.

191 a new system for studying how innate drives are tuned to reflect current physiological needs and cap

192 iochar preparation as a parameter that could be tuned to regulate microbial-dependent soil processes,

193 l properties of an aNSC microenvironment can be tuned to regulate the self-renewal and differentiatio

194 nd splicing suggests that transcription rate is tuned to regulate multiple gene expression steps.

195 Many V5/MT neurons were tuned to relative disparity, independent of the abs

196 d a family of novel nanoparticles that could be tuned to release drug over the course of hours, days,

197 tructure, in which the metal surface plasmon is tuned to resonate spectrally with a semiconductor exc

198 an cochlear function is that auditory nerves are tuned to respond best to different sound frequencies

199 sentations in the human mirror neuron system are tuned to respond to specific observed actions.

200 We conclude that CT afferents are tuned to respond to tactile stimuli with the specifi

201 ate known duration-sensitive neurons and can be 'tuned' to respond to a wide range of specific durati

202 hen in complex with full-length channels may be tuned to respond to physiologically relevant changes

203 ncircle tethered trisammonium stalks and can be tuned to respond under specific pH conditions through

204 ings indicate that the ROX1 feedback circuit is tuned to respond to perturbations arising from natura

205 ive the evolution of a protein sequence that is tuned to respond to this dynamic regime.

206 a dynamic and reversible response to sodium, were tuned to respond to extracellular sodium concentrat

207 The other neuron is tuned to (S)-japonilure, a sex pheromone from a close

208 ity that elicits thymic Treg cell generation is tuned to secure peripheral tolerance to self.

209 The strength of the lasso penalty can be tuned to select a predetermined number of the most re

210 a differential mobility analyzer (DMA) that is tuned to select particles of one charge, mobility dia

211 in responses have shown that face processing is tuned to selective orientation ranges.

212 ctionally distinct mechanosensory cell types are tuned to selectively respond to diverse mechanical s

213 nucleation sites for subsequent growth, can be tuned to selectively yield colloidal wz-CdSe nanocube

214 echanistic basis for understanding how cells are tuned to sense the stiffness of specific microenviro

215 In conclusion, ZnR/GPR39 is tuned to sense physiologically relevant changes in ex

216 mediates the mitochondrial Na(+) influx and is tuned to sense the TTX-sensitive cytosolic Na(+) resp

217 LC conditions can be tuned to separate by polarity, end-group functionalit

218 elicit responses from a subset of cells that are tuned to sex-specific cues and provide unambiguous i

219 This sensitivity is tuned to short-wavelength UV light; illumination at 4

220 Visual cortical neurons are tuned to similar orientations through the two eyes.

221 bacteria suggest that the chemotaxis network is tuned to simultaneously maximize both the random spre

222 Thus, many neurons appeared to be tuned to slices of this input signal space that as a

223 ows that a large proportion of these neurons are tuned to small sizes.

224 in region involved in motivation and reward, is tuned to social information.

225 ity for one or other of these products could be tuned to some extent by employing the photoredox cata

226 They were tuned to sound frequency and location, and showed r

227 vior is retained upon myristoylation and can be tuned to span a 30-60 degrees C.

228 the HCB community associated with the diatom is tuned to specializing in the degradation of PAHs.

229 ization and interactions with other channels are tuned to species-specific requirements.

230 on membrane mechanics, or whether mechanics are tuned to specific protein processes of the protein.

231 ompass, because neurons in this brain region are tuned to specific skylight cues.

232 at, although primary somatosensory afferents are tuned to specific stimulus features, natural stimuli

233 tinct types of retinal ganglion cells (RGCs) are tuned to specific visual features such as direction

234 Second, synaptic transmission may be tuned to specific frequencies of stimulation.

235 igen specificity and how these responses may be tuned to specific viral pathogens, and we provide ass

236 ess to design an infrared camera system that is tuned to specific analytes of interest based on "mole

237 finding of place cells, neurons whose firing is tuned to specific locations in an animal's environmen

238 Units in the Ipc were tuned to specific values of both ITD and ILD and we

239 rynx, in combination with the buccal cavity, is tuned to specifically catch and transport particles o

240 ns of a dendrite in the tadpole optic tectum are tuned to stimuli in different locations of the visua

241 Indeed, while Escherichia coli SoxR is tuned to structurally diverse compounds that span a r

242 bonylation and productive hydroacylation can be tuned to such an extent that very low catalyst loadin

243 ey are flexible-cluster shape parameters can be tuned to suit the application at hand; (3) they are s

244 nd that the properties of the extraction can be tuned to suit the demands of the task.

245 e local environment around the binding sites is tuned to sustain high coordination numbers (>6) aroun

246 ns should modulate throughout a movement and be tuned to task demands.

247 es and mammals, revealing that sensory cells are tuned to taste modality across species.

248 ed by three orders of magnitude as the spins are tuned to the cavity resonance, demonstrating that en

249 is knowledge, novel decomposition strategies are tuned to the data and coupled with the best FPT MCE

250 al premotor cortex (MPC) of behaving monkeys are tuned to the duration of produced intervals during r

251 Neurons in the primary auditory cortex are tuned to the intensity and specific frequencies of s

252 of environmental adaptation, as their colors are tuned to the optimal wavelength of available light.

253 lar tuning curves of single VPM neurons that are tuned to the same direction as the stimulation site

254 external excitation, enabling the system to be tuned to the desired load and to clear the working me

255 nent-selective), to responses that appear to be tuned to the direction of the global pattern (pattern

256 Thus, ET cells appear to be tuned to the frequency of sniffing.

257 These neurons are assumed to be tuned to the frequency-specific ILDs occurring at the

258 ws that while the LSPR of each structure can be tuned to the NIR, particles with a high degree of rot

259 ght to light of shorter wavelengths that can be tuned to the NIR, visible or UV colors to suit differ

260 A well-adapted repertoire should be tuned to the pathogenic environment to reduce the cos

261 ethod that allows the number per particle to be tuned to the point of maximum sensitivity.

262 meric springs within a concrete case and can be tuned to the resonance frequency of interest.

263 s to the composite luminescence spectrum can be tuned to the same relative scale by adjusting the sto

264 f 418 nm and it jumps to 3pi/2 as excitation is tuned to the blue side of 418 nm.

265 nce appears to constitute an adaptation that is tuned to the distribution of environmental change.

266 etic cost of escape behaviours in C. elegans is tuned to the intensity of the threat.

267 N expresses the olfactory receptor Or49a and is tuned to the Leptopilina odor iridomyrmecin, the adul

268 which are only observed when the probe laser is tuned to the longitudinal plasmon band.

269 Structural coupling between box and tail is tuned to the native DNA bend angle, damping conformat

270 synthesis, acts as a biochemical sensor that is tuned to the pattern of neuronal stimulation.

271 nhibition (via the surround pathways), which is tuned to the preferred orientation of the RF, with we

272 PercevalHR is tuned to the range of intracellular ATP:ADP expected

273 of any other quality control algorithm that is tuned to the special characteristics of RPPAs.

274 ut a new study shows how the auditory cortex is tuned to the spectro-temporal acoustic features chara

275 Previous evidence suggests that the brain is tuned to the statistics of sensory stimulation.

276 How the LD protein composition is tuned to the supply and demand for lipids remains unc

277 Phonotactic orientation of female crickets is tuned to the temporal pattern of the male calling son

278 (compared to 1.12 V for 7), and the emission is tuned to the yellow-green but at an expense in terms

279 Impedance to the perturbation was tuned to the direction of the preceding jump: reflex

280 eedback laser diodes (DFB-LDs), two of which were tuned to the absorption line peaks of (12)CH4 and (

281 Neurons were tuned to the distance between the animal snout and

282 Optomotor saccades were tuned to the dynamics of panoramic image motion and

283 Furthermore, cells were tuned to the geometry of facial features.

284 responding neurons in V1 and only 12% in PM were tuned to the speed of drifting gratings with PM pre

285 had receptive fields tiling the stimulus and were tuned to the two directions of motion in the stimul

286 pses during the first day of CNS development are tuned to their function in the tadpole's responses.

287 (DEAD-box), and these differences appear to be tuned to their RNA or RNP substrates and their specif

288 We found that the adult human visual system is tuned to these contingencies.

289 of current pulses, whose length and spacing are tuned to this precession frequency, the domain wall'

290 The shape indices of these EPSPs are tuned to transmit the information from each axon pre

291 some neurons in the monkey prefrontal cortex are tuned to two parts of space, which we interpreted as

292 extinction by non-veridical strategies that are tuned to utility rather than objective reality.

293 ity of neurons were significantly tuned: 90% were tuned to velocity and 86% were tuned to position in

294 We found that all nodulus-target neurons are tuned to vestibular stimuli, and most are insensitiv

295 programs and error correction routines have been tuned to work well with current read technology but

296 e base loss dissociation pathways or instead be tuned to yield a high degree of secondary fragmentati

297 he electrical properties of CsBi(4)Te(6) can be tuned to yield an optimized thermoelectric material w

298 The reaction conditions can be tuned to yield either monoacetoxylated or diacetoxyla

299 and simulation to show that conductivity can be tuned to yield three scaling regimes for droplet radi

300 ts suggest that the polarization current can be tuned to zero in thin insulating films forming the ba