ライフサイエンスコーパス: catholyte

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1 the algal growth medium (which was also the catholyte).

2 atively stable pH values in both anolyte and catholyte.

3 notube cathode and a liquid-type polysulfide catholyte.

4 een achieved when coupled with a I3(-) /I(-) catholyte.

5 Batteries with an aqueous catholyte and a Li metal anode have attracted interest o

6 With 12.5 mul of 5 M Li2S8 as the catholyte and a rate of C/5, we can reach the theoretica

7 oped a dual-redox EC consisting of a bromide catholyte and an ethyl viologen anolyte with the additio

8 sing hydroquinone (H2BQ) aqueous solution as catholyte and graphite in aprotic electrolyte as anode.

9 ion of this approach with the use of bromide catholyte and tetrabutylammonium cation that induces rev

10 ium sulfide cathodes and lithium polysulfide catholytes, as well as recent burgeoning efforts in the

11 but not the salinity ratio, indicating high catholyte conductivity was essential for maximizing hydr

12 The lithium cell with DMTS catholyte delivers an initial specific capacity of 720 m

13 The catholyte demonstrated bactericidal properties, compared

14 nt of anolytes has lagged far behind that of catholytes due to the major limitations of the redox spe

15 lso been extended to the use of a Br2 -based catholyte, exhibiting a higher cell voltage with a theor

16 e water profile direction and the anolyte to catholyte filtrate ratio.

17 0 m is demonstrated as a high-energy-density catholyte for redox flow battery applications.

18 w battery via linkage of an I3(-)/I(-) based catholyte, for the simultaneous conversion and storage o

19 MFCs were designed to harvest the generated catholyte in the internal chamber, which showed that liq

20 ilibrium at cation exchange membrane-anolyte/catholyte interfaces, the Na(+) ion in the anolyte actua

21 en demonstrated that uses this molecule as a catholyte material and operated stably for 100 charge/di

22 ocene/ferrocenium redox couple as the active catholyte material.

23 4-trimethylammonium-TEMPO (N(Me) -TEMPO) as catholyte, [(NPr)2 TTz]Cl4 enables a 1.44 V AORFB with a

24 Neodymium was further extracted in the catholyte of a three-compartment electrochemical system,

25 liquid-to-solid phase transition of oxidized catholyte (or reduced anolyte) with confinement in the p

26 go redox events at as low (anolyte) or high (catholyte) potentials as possible while exhibiting the s

27 out three subsequent feeding cycles, despite catholyte replacement and no new ZVI addition.

28 l-solid-state Li/LiFePO4 cell with a polymer catholyte shows good cyclability and a long cycle life.

29 e cathode overpotential was dependent on the catholyte (sodium bicarbonate) concentration, but not th

30 g derivatized fullerenes as both anolyte and catholyte species in a series of battery cells, includin

31 As a catholyte, the addition of an appropriate amount of wate

32 tends to acidify (or basify) the anolyte (or catholyte), their effects are buffered by a cascade of c

33 g the strength of ammonia diffusion from the catholyte toward the anolyte, will help effective design

34 Once inoculum and catholyte were added to the MFC, a current of 74 muA was

35 hia coli target, as a surrogate coliform, to catholyte where a rapid kill rate was observed.

36 ack of electroactive compounds (anolytes and catholytes) with the necessary combination of (1) redox

37 of wastewater towards the self-generation of catholyte within the same reactor.

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