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1 ed geminal dicationic ionic-liquid-coated GC capillary column.
2 f DNA sequencing fragments injected into the capillary column.
3 equent solvent, which is then delivered to a capillary column.
4 e affected by the flow resistance within the capillary column.
5 ven a single sea urchin egg lysed within the capillary column.
6 sed to increase light throughput through the capillary column.
7 d isomers, which were well-separated using a capillary column.
8 nolayer in response to eluted samples from a capillary column.
9 These methods utilize an uncoated capillary column.
10 using a typical 15 cmx75 microm i.d. packed capillary column.
11 uncoated fused-silica-lined stainless steel capillary column.
12 1-cm microreactor located at the entrance of capillary column.
13 tained on a 10 m x 0.25 mm i.d. fused-silica capillary column.
14 t four points along an optically transparent capillary column.
15 ed using a thick stationary phase (5-microm) capillary column.
16 useful for preparation of monolithic silica capillary columns.
17 ion that rival the performance of commercial capillary columns.
18 ts for the manufacture of particulate packed capillary columns.
19 derivatized walls of fused-silica open-tube capillary columns.
20 se of the small peak volumes associated with capillary columns.
21 wide range of analytical tools that utilize capillary columns.
23 ion of phenolic compounds using a monolithic capillary column (16.5 cm x 150 mum i.d.) synthesized fr
25 l antibodies (mAbs) was obtained with a long capillary column (40 cm effective length), allowing the
28 coating), which is over 25x greater than the capillary column and also affords it a 20-fold larger sa
29 s achieved using a 2.5 m x 0.10 mm SLB-IL111 capillary column and separates FAMEs based solely on the
30 d to the inside surface of a silanized glass capillary column and the antigen-binding sites of anti-P
31 yte molecules are adsorbed at the tip of the capillary column and then are heated and vaporized by in
32 use of long, relatively narrow open tubular capillary columns and a 30 degrees C/min programming rat
35 syringe pumps, a capillary mixing chamber, a capillary column, and a zero dead-volume microelectrospr
36 relatively constant electric field along the capillary column, and no pseudostationary phase in the i
43 tor, incorporating 16 parallel RP monolithic capillary columns arranged in a 4 x 4 configuration, was
45 rations of small anions by IC using a packed capillary column as well as a series of nucleobases and
48 ved in gas-liquid chromatography on nonpolar capillary columns but might play a role in packed-bed co
49 by solvent-based focusing is effective with capillary columns, but it is limited to a single band-co
50 air as carrier gas, a 6-m-long, 0.25-mm-i.d. capillary column can generate approximately 12,500 theor
52 VOCs are trapped in a 50 cm x 0.53 mm metal capillary column coated with a 7 mum thick film of polyd
54 and the electroosmotic flow velocity of the capillary columns could be studied independently over a
55 (id), and 25 mum film thickness low-polarity capillary columns (DB5MS type), signal-to-noise (S/N) ra
57 The technique employs tandem stainless steel capillary columns, each coated with a pH adjusted water
59 e significant on-line preconcentration using capillary columns filled with a photopolymerized sol-gel
60 describes the application of an open tubular capillary column for chiral ligand-exchange separation a
62 ed gas chromatograph that employs a standard capillary column for the fast separation of methyl and e
64 ddition to the "classical" use of monolithic capillary columns for the electrochromatographic separat
65 ntinuously produce the fibres using a silica capillary column functioning as a hydrothermal microreac
68 omatographic analysis was performed on SE-54 capillary column; good retention and peak response of th
69 ter-volume deposition" technique employing a capillary column has been used to produce tiny ( approxi
70 erature, as well as internal diameter of the capillary column, have been optimized for this mixed sep
71 s as the interfaces between three, in-series capillary columns housed in a standard Agilent 6890 gas
74 odified monolith in tandem with a packed C18 capillary column is demonstrated with baseline separatio
75 AME) provided by a 200 m x 0.25 mm SLB-IL111 capillary column is enhanced by adding a second dimensio
76 me than the internal volume of the open-tube capillary column itself, thereby achieving 100-fold incr
77 ct the fractions for ultrahigh-pressure long capillary column low-pH RPLC separation in the second di
78 r chromatographic efficiency obtained on the capillary columns meet or exceed those measured for the
79 icate that it is a useful alternative to the capillary column mode, particularly where analyte loads
81 Newly developed porous polymer monolithic capillary columns modified with gold nanoparticles coate
82 ight-initiated polymerizations afford useful capillary columns, monoliths prepared using the former a
83 lary to pass through a specially constructed capillary column mount capable of micropositioning in th
84 lute samples of carbamate insecticides using capillary columns of 100-microm i.d. packed with a 5-mic
85 entities, obtained by GC-MS on commonly used capillary columns of different polarity (non-polar HP-5M
86 .5 cm/min is achieved for all the monolithic capillary columns of identical composition and porosity,
88 ssure-tunable ensemble of two series-coupled capillary columns operated at subambient outlet pressure
89 tegy that uses a long (50 cm) anion-exchange capillary column operating in the electrostatic repulsio
92 concentrated onto a 50-micron-inner diameter capillary column packed with 5-micron reversed-phase par
93 parated without derivatization on a homemade capillary column packed with Waters YMC ODS-AQ reversed
95 omatographic conditions (specifically, 30-cm capillary columns packed with 1.7-mum bridged ethylene h
97 0 psi) to 930 bar (13,500 psi) in 22-cm-long capillary columns packed with C18-modified 1.5-microm no
98 om measurement of the current and the EOF in capillary columns packed with different stationary phase
99 the chromatographic separation efficiency of capillary columns packed with sub-2 mum particles, cover
100 hange) stationary phase has been used as the capillary column packing for investigation of the separa
102 ompounds due to the inability of the GC x GC capillary columns phases that we used to interact with a
103 ncentrated by sampling directly into a short capillary column precooled without the aid of cryogens.
104 covalently immobilized to monolithic silica capillary columns, providing approximately 500-fold more
105 matography was carried out using an 8-m DB-5 capillary column resulting in an analyte retention time
107 ns include the use of high-performance micro-capillary column separation techniques coupled to FTICR,
108 specially developed home-built fused silica capillary column stack and a halogen lamp for heat gener
110 procedure for fabricating internally tapered capillary columns suitable for the coupling of capillary
111 identifications using a 60-cm-long triphasic capillary column than with our traditional approach.
112 o a gas chromatograph fitted with a megabore capillary column that uses H(2) as the carrier gas.
113 ng a water stationary phase coated onto a SS capillary column, the packed column method provided sepa
114 ss-linked polyacrylamide gel electrophoresis capillary column, they comigrated, indicating that, in s
115 nd chemical characteristics of the open-tube capillary column, this provides exceptional purity to th
116 ed using a thick stationary-phase (5 microm) capillary column to avoid tailing due to hydrogen bondin
117 lized in the surface of a bared fused silica capillary column to obtain a magnetic adsorbent extracti
118 Current designs allow for up to 10 open-tube capillary columns to be applied simultaneously with no f
119 llary gas chromatography employing wide-bore capillary columns to isolate individual compounds from l
120 n dioxide and methanol were created in empty capillary columns to produce effective stationary phases
121 -mer, were covalently linked to fused silica capillary columns to serve as stationary-phase reagents
122 mation is not observed to occur within these capillary columns under our experimental conditions.
125 his design enables facile coupling of packed capillary columns used for supercritical fluid chromatog
126 by GC on a 5% diphenyl-95% dimethylsiloxane capillary column, using an on column-injection system.
127 of both open and monolithic segments of the capillary column was found to exert a substantial effect
128 ansfer line was developed to ensure that the capillary column was heated efficiently from the GC oven
132 mn regeneration (or equilibration) since one capillary column was used for a separation while the oth
133 In the system, a commercial stainless-steel capillary column was used for the separation, as a heati
136 (LC-MS/MS) analyses, 75 microm i.d. x 14 cm capillary columns were interfaced with a commercial auto
138 A number of sol-gel coated fused-silica capillary columns were prepared using sol-gel-active PEG
139 n contrast to the packing of microparticles, capillary columns were prepared, without the need of hig
140 t of free radical initiator, high-efficiency capillary columns were produced that are able to endure
143 ically a 20 m, 100 mum inner diameter (i.d.) capillary column with a 0.4 mum film thickness to benefi
144 fluorescent dye) for BaNC-HDC, we flush the capillary column with a YOYO-1 solution; positively char
145 urface-sulfonated cyclo-olefin polymer (COP) capillary column with an inner diameter (i.d.) of 28 mum
146 ate derivatives were analysed on a wide bore capillary column with detection by flame ionization.
147 ing is obtained by wrapping the fused-silica capillary column with resistance heater wire and sensor
148 ovel monolithic poly(styrene-divinylbenzene) capillary columns with an internal diameter of 0.2 mm, w
149 hould lead to the routine analysis of DNA in capillary columns with an on-column sensitivity of appro
151 omatographic separations obtained in "empty" capillary columns with no ordinary stationary liquid pha
152 E was performed with 180-micron fused silica capillary columns with tapered ends to collect CE fracti
153 em ensemble of two 4.5-m-long x 0.25-mm-i.d. capillary columns with the first using a 0.50-microm fil
154 tent mean through-pore size distribution for capillary columns with the same internal diameter but wi