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1 lants has been a major challenge towards its practical application.
2 fabrication techniques and advances towards practical application.
3 oidance appears particularly appropriate for practical application.
4 into OPVs, bridging laboratory research with practical application.
5 too small for systematic characterization or practical application.
6 er sample) remain a significant challenge to practical application.
7 ility in high loading electrodes limit their practical application.
8 r of Excellence in Rwanda are described as a practical application.
9 xhibits most of the properties required in a practical application.
10 tanding their stability is crucial for their practical application.
11 important to enhance their functionality for practical application.
12 energy efficiency and kinetics prevent their practical application.
13 nd formation of lithium dendrites hinder its practical application.
14 in acidic environment may be problematic for practical application.
15 arrier for perfect graphene are too high for practical application.
16 formances, thus providing a preview of their practical application.
17 nced properties and novel functionalities in practical applications.
18 ty of this haptic memory material for use in practical applications.
19 is aspect in particular limits the potential practical applications.
20 the fabricated sensor makes it suitable for practical applications.
21 l and thus is a cost-effective candidate for practical applications.
22 portance for fundamental research as well as practical applications.
23 ure performance, which severely hinder their practical applications.
24 ical testing, suggesting great potential for practical applications.
25 literature that demonstrate their impact in practical applications.
26 monolayer WSe2 which is critical for future practical applications.
27 ycling stability, which strongly limit their practical applications.
28 an obstacle to developing such detectors for practical applications.
29 ints of view are also discussed for enabling practical applications.
30 ssity for their successful implementation in practical applications.
31 tegration are also discussed for enabling of practical applications.
32 aterial (TIM), results were discouraging for practical applications.
33 ty, however, presents a major barrier to the practical applications.
34 mains a challenge that must be addressed for practical applications.
35 lenging despite the paramount importance for practical applications.
36 Further work will define its usefulness and practical applications.
37 ld and quality of laser-driven ion beams for practical applications.
38 onal degree of freedom for modern optics and practical applications.
39 elative volume change have prevented it from practical applications.
40 ixed silicates represent an advancement with practical applications.
41 catalytic properties fulfilling the needs of practical applications.
42 lization, which is an interesting aspect for practical applications.
43 s, respectively, showing great potential for practical applications.
44 trolled oscillator suitable for a variety of practical applications.
45 emonstrating high capabilities of CNF/PB for practical applications.
46 few seconds making the system appealing for practical applications.
47 agnetoresistance effect which are crucial in practical applications.
48 ecules, and hence a highly efficient PEM for practical applications.
49 and this could be a serious disadvantage in practical applications.
50 ng many challenges that hampers its possible practical applications.
51 -fields designed by aperture engineering for practical applications.
52 trength, and high cost have restricted their practical applications.
53 unique characteristic properties for various practical applications.
54 urities, and process operation conditions on practical applications.
55 c oxide clusters an enticing alternative for practical applications.
56 to the introduction of these catalysts into practical applications.
57 t the MNW/PANI SSCs have great potential for practical applications.
58 ures of these protocols are advantageous for practical applications.
59 at needs to be overcome before they can find practical applications.
60 imited stability often restrict their use in practical applications.
61 crostructures is of fundamental interest and practical applications.
62 d their relative merits are still unclear in practical applications.
63 lectrodeposition behavior, which prevent its practical applications.
64 importance for both fundamental studies and practical applications.
65 f previous NV imaging technologies, enabling practical applications.
66 n prepared for the property modification and practical applications.
67 ng and poor cycling stability restrict their practical applications.
68 t high current rates, which hinder them from practical applications.
69 nd densities, and is therefore promising for practical applications.
70 lutions is a longstanding obstacle for their practical applications.
71 es which prevent most current softwares from practical applications.
72 sional (2D) semiconductors with wide-ranging practical applications.
73 lds considerable promise for a wide range of practical applications.
74 stability in air is of paramount concern for practical applications.
75 eatly limit their large-scale production and practical applications.
76 ontrolling magnetic states of nanodevices in practical applications.
77 rge screening of OP and non-OP pesticides in practical applications.
78 Prizes and seeing the implementation of many practical applications.
79 mercial CE instrument making it suitable for practical applications.
80 lso long-term stability is crucial for their practical applications.
81 rs due to the sustainability requirement for practical applications.
82 e important for both fundamental studies and practical applications.
83 motors hold considerable promise for diverse practical applications.
84 d to other material systems for a variety of practical applications.
85 r the single unresolved impediment for their practical applications.
86 driven switching and this is an obstacle for practical applications.
87 mAhg(-1) versus 140 mAhg(-1) for LiCoO2) for practical applications.
88 n, potentially preventing these devices from practical applications.
89 ingle electronic spin in diamond and discuss practical applications.
90 fundamental interest and also have potential practical applications.
91 nditions, however, largely overshadows their practical applications.
92 low mechanical strength is a constraint for practical applications.
93 important for both fundamental research and practical applications.
94 gued that public investments in science have practical applications.
95 eliable, field-portable, low-cost device for practical applications.
96 e to its interesting physical properties and practical applications.
97 f the applied field, which is favourable for practical applications.
98 ath to using the technology for a variety of practical applications.
99 y at elevated temperatures often limit their practical applications.
100 throughput needs to be greatly improved for practical applications.
101 portant feature of this reaction in terms of practical applications.
102 d limited power output severely impede their practical applications.
103 eded to develop the next-generation POPs for practical applications.
104 ch represents a critical step forward toward practical applications.
105 input signal, which is not available in most practical applications.
106 control of these reactions for a variety of practical applications.
107 mine the optimized fullerene-based leads for practical applications.
108 rmophoretic force is not unlikely to possess practical applications.
109 bio-ontology community to drive a number of practical applications.
112 2010, with the aim of highlighting both the practical applications and elegance of enantioselective
113 ural enzymes, providing systems suitable for practical applications and greater insight into the role
118 ined superselective targeting properties for practical applications, and provides mechanistic insight
120 capacity of lithium-sulfur batteries, their practical applications are severely hindered by a fast c
121 , the assay provides great potential for its practical application as a home testing or on-site analy
122 nowires are obtained, which paves the way to practical application as a next-generation supported cat
124 esent platforms for fundamental research and practical applications as they provide tunability of str
125 ive bacteria and the vision of two important practical applications, as wastewater treatment coupled
126 adverse effects of citalopram may limit its practical application at the dosage of 30 mg per day.
129 sues require additional investigation before practical applications become possible, among which high
130 ontrol of thermal expansion is important for practical applications but can be difficult to achieve.
131 increasingly significant in research and in practical applications due to their high signal-to-noise
132 covery represents a big step forward towards practical applications, especially in areas in which saf
133 ation techniques makes it great potential in practical applications, especially in microarray areas w
134 or more terminals, which are more common in practical applications, existing conformal mapping metho
135 ysis suggested that nanobiosensor could have practical application for methylation detection in human
136 of these machine learning methods and their practical application for the analysis of genetic and ge
137 me chiral compounds, and may also be used in practical applications for chemical separations and cata
139 r development of this electrolyte may enable practical applications for lithium metal anode in rechar
141 new molecular insights into HAstV that have practical applications for the development of vaccines a
142 and highlight representative examples of its practical applications for the discovery of molecular me
143 ation has led to fundamental discoveries and practical applications, further efforts are needed to in
146 ric polarization, which is important in many practical applications, has rarely been reported in such
148 reduction reaction (ORR) in fuel cells, but practical applications have been limited by catalytic ac
149 importance to both fundamental research and practical applications, however understanding and contro
150 ality graphene sheets is essential for their practical application in electronics, optoelectronics, c
153 tely 2.3%) of monolayer graphene hinders its practical application in photodetectors with high respon
154 ical, and interventional therapies and their practical application in progressive/severe pulmonary ar
156 onary process in simple communities and have practical application in the control of bacterial pathog
159 -organized helical superstructures that find practical application in, for example, thermography, ref
160 olerance of infection in animals and suggest practical applications in animal and human disease manag
161 scale, and on the development of systems for practical applications in chemistry, biology and materia
162 ts (aptamers) and catalysts (xenozymes) with practical applications in disease diagnosis and treatmen
163 , such TiO2-S/rGO hybrids are expect to find practical applications in environmental and energy secto
165 siderably advanced in recent years and found practical applications in many different research fields
167 internal protein adaptors might find further practical applications in multianalyte sensing devices.
169 asurements demonstrated have fundamental and practical applications in polymer science, geophysics, m
173 ntal interest as well as being important for practical applications in spintronics, magnetism, cataly
175 processes described in our models also have practical applications in that they emphasize how politi
176 rinting and additive manufacturing, has many practical applications in the fields of chemistry and ph
177 itated for both fundamental research and for practical applications in the fields of magnetics, elect
181 This limit of detection is suitable for practical applications in the ppm mixing ratio level ran
182 t flexibility and low cost, and it will open practical applications in voice control, wearable electr
183 icle assembly holds promise for a variety of practical applications, in particular for a new generati
185 trates has been intensively investigated for practical applications including surgical and medical to
186 ithout complex optics system, giving rise to practical applications including truly nanoscale lithogr
187 ne-intercalating molecules based on COEs for practical applications, including energy generation, env
188 ity and deposition rate is critical for many practical applications, including large-area electronics
189 of water with TiO2 is crucial to many of its practical applications, including photocatalytic water s
190 tion (HER/HOR) in alkaline media limits many practical applications involving hydrogen generation and
192 and whole bacteria immunoassay tests, their practical application is limited by complex protocols, b
193 l may be highly advantageous, at present its practical application is limited by issues related to de
196 ance and insensitive energetic compounds for practical applications is through adjusting the molecula
197 r example, to 10-100 nm, which features many practical applications, is highly important but remains
201 es from proof-of-principle demonstrations to practical applications, it is important to develop singl
202 though it is thermally not stable enough for practical applications, its predicted specific impulse a
203 lity control of grape-derived spirits, whose practical application may improve the efficiency and qui
211 sion support tools are needed to further the practical application of ecosystem services principles i
214 uch, it represents an important step towards practical application of interpretable logic models.
217 ues associated with lithium metal anodes.The practical application of lithium metal anodes suffers fr
219 xpected to open a new corridor to expand the practical application of MOFs for the treatment diverse
221 ion of the membrane potential and facilitate practical application of optical heat shock stimuli.
223 ructure resolution efforts and exemplify the practical application of structural information for the
224 tegration in living environments, making the practical application of such systems economically viabl
225 e major challenge to be addressed before any practical application of the demonstrated high efficienc
226 CO methanation is a decisive aspect for the practical application of the methanation reaction for th
230 Overcoming these challenges to allow the practical application of these drugs is a priority that
232 st, the up scaling as a prerequisite for the practical application of these novel bioelectronic monit
242 suggest a new type of material suitable for practical applications of 2D TI at room-temperature.
244 in developing the fundamental principles and practical applications of a new copper-free click reacti
245 ur subsequent experimental work focused upon practical applications of BOEC: their use for gene thera
246 ent sorptive materials is still on since the practical applications of conventional porous materials
249 specific disease-related RNAs and proteins, practical applications of EVs include potential uses as
250 zyme (malate dehydrogenase), and demonstrate practical applications of genetic code expansion in prot
256 at low operating voltages are essential for practical applications of organic field-effect transisto
257 inal condition are two major constraints for practical applications of solid lipid nanoparticles (SLN
258 quality is a very important information for practical applications of structure models such as inter
260 rmation is further fabricated to demonstrate practical applications of the crumpled-graphene-paper el
261 pproximately 5 mg cm(-2), which is ideal for practical applications of the lithium-sulfur batteries.
262 ted by spin orbit torque oscillators hinders practical applications of these magnetic nanodevices.
264 further exploration of exotic properties and practical applications of type-II TWSs, as well as the i
266 s, represent another attractive solution for practical applications owing to their biocompatibility a
267 microparticles showed the best potential for practical application, particularly, in yogurt preparati
268 rank nodes and links of a network, which has practical applications, particularly to prioritize resou
269 Advances in metasurfaces have led to various practical applications ranging from lensing to holograph
274 provides a significant further step towards practical application scenarios such as transparent devi
276 fer several features that are beneficial for practical application such as stability, ease of catalys
277 e nature of ordered materials, as well as to practical applications such as display technologies.
278 esence of the liquid phase often required in practical applications such as enantioselective crystall
279 ization of DNA is of key importance for many practical applications such as gene detection and DNA-me
281 lution and protein attribute prediction) and practical application (such as timely modeling the 3D st
282 mental differences enables several different practical applications, such as combinatorial biosynthes
283 d subsequent thrombus formation, however its practical application suffered from the formation of clu
286 ies for biological networks is paramount for practical applications that involve reprogramming a cell
287 (DIET) has biogeochemical significance, and practical applications that rely on DIET or DIET-based a
290 he gap between genetic discoveries and their practical application to cardiovascular clinical care.
291 s advanced rapidly in recent years but lacks practical application to risk assessment, particularly f
292 It's one of the key points for any of the practical applications to maintaining stable conjugation
295 is promising for large scale production for practical applications where both chromium (VI) cations
296 odeling and analyzing biochemical systems in practical applications, where several multisite proteins
297 us making it more amenable to be employed in practical application which may range from smart filtrat
298 molecular species, and provide guidance for practical applications with its presence, for example, i
299 cale particles in flow offers robustness for practical applications with live cells and allows us to
300 tional brain imaging is increasingly finding practical applications with real-world consequences, it
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