... the production of siRNAs and the expression of EGFP, because the RNA precursors for both can be processed better or stabilized in the nuclei 5 422 FEBS Journal 27 3 (20 06) 5 421 –5 427 ª 20 06 The Authors ... and pSM30, which are designed based on knowledge of miRNA and RNA splicing, provide a FEBS Journal 27 3 (20 06) 5 421 –5 427 ª 20 06 The Authors Journal compilation ª 20 06 FEBS 5 425 Artificial miRNA from ... Saigo K (20 04) Guidelines for the selection of highly effective siRNA sequences for mammalian and chick RNA interference Nucleic Acids Res 32, 936–948 FEBS Journal 27 3 (20 06) 5 421 –5 427 ª 20 06 The...
... I.Porges, F (Fred) Designof electrical services for building II Title TK4001.R54 20 04 621 .319 24 —dc 22 20040 024 87 ISBN 0 -20 3-45684-X Master e-book ISBN ISBN 0 -20 3-34117-1 (Adobe e-Reader Format) ISBN ... closed-circuit TV systems 188 14 Lightning protection 21 2 15 Emergency supplies 22 8 16 Lifts, escalators and paternosters 23 5 17 Regulations 26 2 18 Design example 26 5 Bibliography 303 Index 304 Preface to ... magnitude or type of risk, and an additional classification is usual Table 1 .2 is based on BS 4683: Part 1/BS Designof electrical services for buildings 24 EN 50 021 Electrical apparatus for potentially...
... (equation 2. 22) , the equation (2. 23) can be expressed as: P= pV = pQ [W ] t 2. 24 Where: Q= V m3 [ ] is the flow rate; t s p [Pa] is the pressure The most convenient form of this formula for calculating ... 22 3 IV Contamination of the hydraulic fluid 22 5 V The future of the hydraulics 22 9 Appendixes 23 1 Appendix A ITA classification Appendix B Physical properties of common ... from 32 to 99 cSt = 0 .22 53 x SUS - (194.4 / SUS) from 100 to 24 0 cSt = 0 .21 93 x SUS - (134.6 / SUS) more than 24 0 cSt = SUS / 4.635 Designof Hydraulic Systems for Lift Trucks 15 Because of the...
... obtain the formulas containing the derivatives in the point θ = 2 = θ = π/ω: c|Wl (0)| 2 dθ1 df0 2c − 2 c|Wl (0)| 2 − dθ1 df0 dθ1 df0 2c + 2 d 2 df0 − dθ1 df0 + + d 2 df0 d 2 df0 + + d 2 df0 ... obtain the final formula of the LPRS J(ω) for type servo systems: ∞ ∞ (−1)k+1 Re Wl (kω) + j J(ω) = k=1 k=1 Im Wl [(2k − 1)ω] 2k − (20 ) It is easy to show that series (20 ) converges for every strictly ... series (20 ) for the real part by two and find the sign of the following derivative: d[|ReWl [(2k−1)ω]|−|ReWl [2kω]|] , dω k = 1, 2, , ∞, which is negative, because the first derivatives of |ReWl [(2k...
... Y 12, open (2. 12a) Y2 = Y 22, open + Y 12, open (2. 12b) Y3 = −Y 12, open (2. 12c) Z2 = Z1 = Z1 = − − Y11,short1 Y 22, short2 Y 12, thru 1 − + − Y11,short1 Y 22, short2 Y 12, thru 1 + − Y11,short1 Y 22, short2 Y 12, thru ... and De-embedding 12 2.1 Introduction 12 2 .2 S-Parameter Measurements 12 2 .2. 1 S-Parameters 12 2 .2. 2 Vector Network ... and incident 12 power waves at each of the network ports as b1 = S11 a1 + S 12 a2 (2. 1) b2 = S21 a1 + S 22 a2 where the waves an and bn are the root-mean-square (rms) voltages Vin,n of the incident...
... layer formed on SiO2 or TiO2 at pH 9.9 (lengths not to scale) 53 Figure 3.8 Time course of Δf and ΔD for the binding of STB1-P or W-M13 to (a) SiO2 at pH 2. 0, (b) TiO2 at pH 2. 0, and (c) TiO2 ... cognitive of various targets including GaAs (Whaley et al., 20 00), ZnS (Lee et al., 20 02; Flynn et al., 20 03), CdS (Flynn et al., 20 03), SiO2 (Naik et al., 20 02a; Eteshola et al., 20 05), Ag (Naik, ... both SiO2 and TiO2 NPs, the conductivity of the NP suspension in a pH range of 3.0- 12. 0 is relatively constant (17.5 ± 2. 0 mS/cm) The conductivity of NP suspension is ~24 .0 mS/cm at pH 2. 0 and...
... H H2 C CH2 CH2 CH2 H2 C CH2 H2 C CH2 CH2 H2 C CH2 N H N H N H FN N H H2 C CH2 N H H2 C N H CH2 CH2 OH C H2 4b) + FN 5b) Wash N H FN FN N H == H2 C H2 C H2 C CH2 CH2 CH2 H2 C CH2 OH C H2 H2 C ... H2 H2 C OH C H2 N H H2 C CH2 CH2 N H CH2 OH C H2 H2 C H2 C CH2 CH2 H2 C H2 C CH2 3b) Block H2 C CH2 CH2 H2 C 2b) Wash CH2 CH2 H2 C CH H2 C N H FN OH C H2 Protein: FN Figure Scheme of FN immobilization ... candidate cells for expansion 10 2.2 .2 Evaluation of ex vivo expansion 11 2. 2.3 Expansion systems 12 2 .2. 3.1 Stroma dependent expansion 12 2 .2. 3 .2 Stroma independent...
... obtain a 20 % current ripple of I1g, a minimum value of 0.65mH is required for inductance L1g L1g should be less than 2. 2mH according to (5) Here, 1.0mH is adopted for L1g 2) The maximum value of capacitor ... 128 1- 129 1, 20 05-01-01 20 05 [3] W Xing, X Lan, Y Zhilei, and G Chunying, "Design of LCL filter for wind power inverter," in World Non-Grid-Connected Wind Power and Energy Conference (WNWEC), 20 10, ... Guozhu, "Study and Designof Grid Connected Inverter for MW Wind Turbine," in Industry Applications Conference, 20 07 42nd IAS Annual Meeting Conference Record of the 20 07 IEEE, 20 07, pp 165-170...
... fraction distribution in the anode side for two different nominal current densities: (a) 0 .2 A/cm2 and (b) 0.4 A/cm2 ISSN 20 76 -28 95 (Print), ISSN 20 76 -29 09 (Online) 20 10 International Energy & Environment ... distribution at the cathode catalyst layer for two different nominal current densities: (a) 0 .2 A/cm2 and (b) 0.4 A/cm2 ISSN 20 76 -28 95 (Print), ISSN 20 76 -29 09 (Online) 20 10 International Energy & Environment ... distribution at the cathode catalyst layer for two different nominal current densities: (a) 0 .2 A/cm2 and (b) 0.4 A/cm2 ISSN 20 76 -28 95 (Print), ISSN 20 76 -29 09 (Online) 20 10 International Energy & Environment...
... 22 919 02 11 +41 22 919 03 O0 COPYRIGHT International Electrotechnical Commission Licensed by Information Handling Services custserv8iec.ch +41 22 919 02 11 +41 22 919 03 O0 sTD.IEC b03 32- 3 -24 -ENGL ... Commission Licensed by Information Handling Services STDaIEC b03 32- 3 -24 -ENGL 603 32- 3 -24 Q IEC :20 00 20 00 4844893 074L394 28 2 m - 13- Definitions For the purpose of this part of IEC 603 32 the following ... of vertically-mounted bunched wires or cables Category C - Scope The series of International Standards covered by Parts 3-10, 3 -21 , 3 -22 , 3 -23 , 3 -24 and 3 -25 of IEC 603 32 specifies methods of...
... Commission Licensed by Information Handling Services STD-IEC b03 32- 3 -25 -ENGL 603 32- 3 -25 Q IEC :20 00 20 00 W 4844873 074 322 2 T77 -13- Definitions For the purpose of this part of IEC 603 32 the following definitions ... by Information Handling Services S T D - I E C b03 32- 3 -25 -ENGL 603 32- 3 -25 (Q IEC :20 OO 20 00 -11 m 4844893 074 322 0 3T4 m - TESTS ON ELECTRIC CABLES UNDER FIRE CONDITIONS - Part 3 -25 : Test forvertical ... spread of vertically-mounted bunched wires or cables Category D - Scope The series of International standards covered by Parts 3-10, 3 -21 , 3 -22 , 3 -23 , 3 -24 and 3 -25 of IEC 603 32 specifies methods of...
... e(t) (4 .22 ) -1 x(t) (4 .23 ) The compensator has two states with poles at -.544 + j2. 422 The eigenvectors of the poles are collinear with the control direction of the transmission zero of the plant ... -11.54 13.47 -.86 25 -47.4 15L 4.68 -4.8 4. 82 14 [- 52. 23 -3.36 73.1 - 0006 -94.3 10 72 -3.36 -29 .7 -2. 19 -.006 908.9 - 921 J Page 31 The LQG/LTR compensator K(s) cancels part of the F8 dynamics ... +O (3 .22 ) e and at the points where g(x) is differentiable Dg(x) Ax < VxeRn (3 .23 ) where Dg(x(t)) is the Jacobian matrix of g(x(t)) Proof: Assume that the inequality (3 .22 ) is not true for some...