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1 quire extensive investigation to justify its practical application.
2 tic CO(2) reduction is of key importance for practical application.
3 n considered one of the main hurdles towards practical application.
4 PIXE and MeV-SIMS have been exploited for a practical application.
5 led voltage decay has been restricting their practical application.
6 e past years, the field now seems poised for practical application.
7 technology is also discussed, along with its practical application.
8 us solid wastes, and had great potential for practical application.
9 ability is of paramount importance for their practical application.
10 lants has been a major challenge towards its practical application.
11 xhibits most of the properties required in a practical application.
12 important to enhance their functionality for 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 oss and voltage decay, further hindering its practical application.
17 and low Faradaic efficiency (FE) hinder its practical application.
18 es a voltage of 1.16 V, which is too low for practical application.
19 fuel cell, demonstrating great potential for practical application.
20 strong inhomogeneity which may hamper their practical application.
21 hods often have insufficient selectivity for practical application.
22 pment of customized biocatalysts for diverse practical applications.
23 ignificant advantage over existing MIECs for practical applications.
24 entific discoveries and to develop important practical applications.
25 ich enables quantification possibilities for practical applications.
26 step forward to a significant advancement in practical applications.
27 is critical to enabling EC refrigeration in practical applications.
28 of the results does not satisfy the needs of practical applications.
29 ght in new physical insight but also spurred practical applications.
30 and catalytic properties leading to numerous practical applications.
31 single-atom catalysts is critical for their practical applications.
32 uents, with conductivity levels suitable for practical applications.
33 tile force, hampering their potential use in practical applications.
34 hat the sensing platform can be deployed for practical applications.
35 which has become the main obstacle for their practical applications.
36 y for utilizing the fabricated sensor in the practical applications.
37 arch opportunities with both theoretical and practical applications.
38 ive for their wider adoption in industry and practical applications.
39 ic conductivity and make them attractive for practical applications.
40 he MIT properties in real time is needed for practical applications.
41 eful resource of entanglement accessible for practical applications.
42 eld, which poses limitation for viability in practical applications.
43 identification of communities bears numerous practical applications.
44 y small strain (~30%), which restricts their practical applications.
45 -output triboelectric nanogenerators towards practical applications.
46 oration efficiency, making it attractive for practical applications.
47 hysicochemical phenomena that are useful for practical applications.
48 hesis modification, and their integration to practical applications.
49 eneck to the deployment of NFRHT concepts in practical applications.
50 However, the toxicity of lead limits their practical applications.
51 promising indications for existing drugs in practical applications.
52 sition and properties that are desirable for practical applications.
53 allenging for any kind of investigations and practical applications.
54 ensor is hard to satisfy the requirements of practical applications.
55 wable resources is highly desirable for many practical applications.
56 he RMBF, a major refinement that extends its practical applications.
57 ng these fuel cells from finding large-scale practical applications.
58 ergy bandgap is a substantial limitation for practical applications.
59 nd thus promises quantum-enhanced sensing in practical applications.
60 nstrates a great potential of the sensors in practical applications.
61 une light transport, which holds promise for practical applications.
62 rs are now an emergent tool for a variety of practical applications.
63 strategy establishment, and a roadmap toward practical applications.
64 a-E and Delta-T(EC) /Delta-E are too low for practical applications.
65 nced properties and novel functionalities in practical applications.
66 y at elevated temperatures often limit their practical applications.
67 without dendrites and provides guidance for practical applications.
68 eded to develop the next-generation POPs for practical applications.
69 literature that demonstrate their impact in practical applications.
70 ecules, and hence a highly efficient PEM for practical applications.
71 urities, and process operation conditions on practical applications.
72 lectrodeposition behavior, which prevent its practical applications.
73 Prizes and seeing the implementation of many practical applications.
74 e important for both fundamental studies and practical applications.
75 n, potentially preventing these devices from practical applications.
76 fundamental interest and also have potential practical applications.
77 nditions, however, largely overshadows their practical applications.
78 low mechanical strength is a constraint for practical applications.
79 important for both fundamental research and practical applications.
80 e potassium metal anode has restrained their practical applications.
81 gued that public investments in science have practical applications.
82 eliable, field-portable, low-cost device for practical applications.
83 e to its interesting physical properties and practical applications.
84 f the applied field, which is favourable for practical applications.
85 croscopic materials can greatly extend their practical applications.
86 ath to using the technology for a variety of practical applications.
87 throughput needs to be greatly improved for practical applications.
88 portant feature of this reaction in terms of practical applications.
89 d limited power output severely impede their practical applications.
90 BSCF with CO(2) , however, limits its use in practical applications.
91 ch represents a critical step forward toward practical applications.
92 input signal, which is not available in most practical applications.
93 control of these reactions for a variety of practical applications.
94 mine the optimized fullerene-based leads for practical applications.
95 rmophoretic force is not unlikely to possess practical applications.
96 bio-ontology community to drive a number of practical applications.
97 ited their volumetric energy density towards practical applications.
98 ediate forms of error correction that enable practical applications.
99 vant ECR systems to bring this technology to practical applications.
100 eltaE and DeltaT(EC) /DeltaE are too low for practical applications.
101 ost and low yield remain open challenges for practical applications.
102 so presented, confirming its feasibility for practical applications.
103 are often tedious and unscalable, hampering practical applications.
104 ive to both electric and magnetic fields for practical applications.
105 a broader range of fundamental research and practical applications.
106 n carbon dioxide electrolysis is crucial for practical applications.
107 eve highly functionalized carbon spheres for practical applications.
108 pproach for developing Li||LCO batteries for practical applications.
109 ormal blood glucose levels has blocked their practical applications.
110 evelopment of stable and functional MOFs for practical applications.
111 heir solid state have severely limited their practical applications.
112 testing, indicating the high feasibility in practical applications.
113 specific capacity, validating the potential practical applications.
114 a chemical chaperone and has found numerous practical applications.
115 eld and cost-effective synthesis of GQDs for practical applications.
116 ade-off trend that needs to be optimized for practical applications.
117 efect-chemistry of ceria-based materials for practical applications.
118 urtzite-structured ZnO and GaN, limiting its practical applications.
119 ten underestimated and deemed unsuitable for practical applications.
120 efficient and stable activity for potential practical applications.
121 ntum hardware comes a push towards the first practical applications.
122 generating recyclable catalytic systems for practical applications.
123 indicating the potential for sustainable and practical applications.
124 ate monitoring, suggesting its potential for practical applications.
125 rning models have considerable potential for practical applications.
126 its the study of their exotic properties and practical applications.
127 attenuation with cycling still hinder their practical applications.
128 rochemical carbon separation further towards practical applications.
129 meworks (MOFs) that show great potential for practical applications aimed at addressing global enviro
130 each key step of the methodology informs its practical application and provides fundamental insight i
131 stigation of Acrs is leading to a variety of practical applications and is providing exciting new ins
132 rk to assess the frontiers of host range for practical applications and research on pathogen evolutio
134 ed as an attractive platform; however, their practical applications are hindered due to lack of bioco
135 es (FDHs) are attractive biocatalysts, their practical applications are limited because of their low
136 wever, many of their fundamental studies and practical applications are stymied by sample polydispers
139 nowires are obtained, which paves the way to practical application as a next-generation supported cat
140 low redox potential of alkali metals, their practical application as anodes is still limited by the
141 f these materials significantly limits their practical application as soft energy-harvesting/storage
144 torious reactivity of lithium prevents their practical applications, as evidenced by the undesired li
145 e straightforward and efficient paradigm for practical applications based on radiation control via ve
147 this technology has not been translated into practical applications because of its relatively low per
148 sues require additional investigation before practical applications become possible, among which high
149 ontrol of thermal expansion is important for practical applications but can be difficult to achieve.
151 performance lithium-oxygen batteries towards practical applications by designing cross-stacked and al
152 It provides new functionalities to empower practical applications by using a cross validation frame
153 ity under aerobic and aqueous conditions for practical applications, carbon-based anion receptors hav
154 carry out the prediction thus maximizing its practical application compared to existing predictors th
156 increasingly significant in research and in practical applications due to their high signal-to-noise
157 te to a more "solution-oriented" agenda with practical applications, emulating similar movements in t
158 rite growth and side reactions prevent their practical applications, especially at high temperatures.
159 covery represents a big step forward towards practical applications, especially in areas in which saf
160 d human plasma, respectively, confirming the practical application for point of care monitoring.
161 of O(2), potentially enabling a plethora of practical applications for bioinspired catalysts under h
164 and highlight representative examples of its practical applications for the discovery of molecular me
165 r knowledge of parasite ecology and provides practical applications for wildlife medicine and managem
167 ric polarization, which is important in many practical applications, has rarely been reported in such
168 were first developed in the 1970s, but their practical applications have been hindered by the safety
170 importance to both fundamental research and practical applications, however understanding and contro
171 trochemical N(2) fixation, which is far from practical application in aqueous solution under ambient
174 SACs, crucial for their mass production and practical application in diverse industrial reactions.
175 ctory results were also demonstrated for its practical application in human serum samples, suggesting
178 ical, and interventional therapies and their practical application in progressive/severe pulmonary ar
179 fluid sample matrices, which prevents their practical application in the testing of whole blood samp
180 circle in the complex plane, it has numerous practical applications in a wide variety of disciplines.
181 Fs is a key prerequisite for their potential practical applications in areas including storage, separ
183 he stabilization of enzyme activity has many practical applications in biotechnology and medicine.
184 D may be important in biology and could have practical applications in biotechnology and nanotechnolo
185 the mechanisms DNA damage and repair and for practical applications in cancer diagnosis and drug scre
186 scale, and on the development of systems for practical applications in chemistry, biology and materia
189 , such TiO2-S/rGO hybrids are expect to find practical applications in environmental and energy secto
190 ineering of the SOPs may pave the way toward practical applications in functional quantum devices.
191 ss we refer to as "shadow-drive", have broad practical applications in improving health and agricultu
193 internal protein adaptors might find further practical applications in multianalyte sensing devices.
196 able tools for gene silencing in plants with practical applications in plant functional genomics and
197 asurements demonstrated have fundamental and practical applications in polymer science, geophysics, m
199 on of lithium metal, thus paving the way for practical applications in rechargeable batteries based o
200 itated for both fundamental research and for practical applications in the fields of magnetics, elect
201 itating photon upconversion processes toward practical applications in the fields of photobiology, en
204 This limit of detection is suitable for practical applications in the ppm mixing ratio level ran
205 t flexibility and low cost, and it will open practical applications in voice control, wearable electr
206 icle assembly holds promise for a variety of practical applications, in particular for a new generati
208 dered as the most promising MOFs for varying practical applications including water adsorption, carbo
209 of water with TiO2 is crucial to many of its practical applications, including photocatalytic water s
210 tion (HER/HOR) in alkaline media limits many practical applications involving hydrogen generation and
212 and whole bacteria immunoassay tests, their practical application is limited by complex protocols, b
215 length control of stress waves, their use in practical applications is severely hindered by intrinsic
216 ance and insensitive energetic compounds for practical applications is through adjusting the molecula
222 ctivity remain significant obstacles for the practical application of C(sp(3) )-H bond functionalizat
224 of the most important considerations for the practical application of electrode materials in energy-h
229 energy density of lithium metal anodes, the practical application of lithium-metal batteries (LMBs)
230 ane formation and pushes forward the further practical application of Ln-MOF-based luminescent thermo
231 g up of the process: the first, key step for practical application of nanosized rare-earth doped YAG
232 ycle assessment (LCA) case study illustrates practical application of our proposed framework, demonst
236 vestigation of hypothetical molecules to the practical application of real-world energetic materials.
243 st, the up scaling as a prerequisite for the practical application of these novel bioelectronic monit
251 mportantly, this study paves the way for the practical applications of 3D printed graphene electrodes
252 ur subsequent experimental work focused upon practical applications of BOEC: their use for gene thera
254 rising different configuration are vital for practical applications of emerging non-volatile resistiv
265 inal condition are two major constraints for practical applications of solid lipid nanoparticles (SLN
266 ty; however, little success has been made on practical applications of solid-state batteries, which i
267 quality is a very important information for practical applications of structure models such as inter
268 These cheap and easy-to-prepare probes offer practical applications of sulfide recognition in environ
270 w surface charge density greatly hinders the practical applications of triboelectric nanogenerators (
271 further exploration of exotic properties and practical applications of type-II TWSs, as well as the i
273 ompact absorbers, while it is beneficial for practical applications owing to the minimum use of porou
274 s, represent another attractive solution for practical applications owing to their biocompatibility a
275 microparticles showed the best potential for practical application, particularly, in yogurt preparati
276 e actuators, opens the path for their use in practical applications ranging from photochemistry to op
281 and the gap between fundamental research and practical applications still hinder the commercializatio
283 system provides a novel platform for various practical application such as structural colour patterni
284 esence of the liquid phase often required in practical applications such as enantioselective crystall
285 ly, the reported uses of hydrophobic MOFs in practical applications such as hydrocarbon storage/separ
286 ious biological systems, but also in various practical applications such as image-guided surgical rem
287 g, they still face barriers that limit their practical application, such as poor interfacial stabilit
288 etection at room temperature is critical for practical applications, such as for tracking the complex
290 s advanced rapidly in recent years but lacks practical application to risk assessment, particularly f
292 echanisms of host seeking, pathogenicity and practical applications to improve the EPN's efficacy as
294 the transition of scientific achievement to practical application was also addressed, with specific
297 idate and generalize principles from lac for practical applications, we previously described artifici
298 is promising for large scale production for practical applications where both chromium (VI) cations
299 us making it more amenable to be employed in practical application which may range from smart filtrat
300 molecular species, and provide guidance for practical applications with its presence, for example, i