... what is now the Japanese tea ceremony that endures still today Today, there are between 12, 500 and 20, 000 green teas produced in China alone (although they are named and renamed so many times—for ... select tea shops in this country (including dr tea’s) and can cost as much as $1 ,00 0 an ounce, $ 300 for a pot, or $ 50 for a cup to go When a Tea Is Not a Tea As I said earlier, true tea is that ... the Tea Association of America, the tea industry topped $6.2 billion in 200 5 (and is expected to exceed $ 10 billion by 201 0) with Americans drinking 2.2 billion gallons of tea W H AT ’ S T E A...
... Arm B 0. 8 Events (%) Arm A 34 32 (94.1) TTP 0. 6 0. 4 0. 2 0 12 16 20 24 28 32 36 40 44 48 52 Weeks B Patients Survival 35 29 (82.9) Arm B 0. 8 Events (%) Arm A 34 31 (91.2) 0. 6 0. 4 0. 2 0 12 16 20 24 ... (docetaxel 50 70 mg/m2 on day 1, gemcitabine 800 –1 200 mg/m2 on days 3–8, every 21 days) were used, we defined the optimal dose-treatment: docetaxel 70 mg/m2 on day and gemcitabine 900 mg/m2 on ... every-3-week schedules used consist of docetaxel 75– 100 mg/m2on day or day and gemcitabine 900 – 100 0 mg/m2 on days and Response rates of 26– 50% and a median overall survival of 7–13 months have...
... Mathematical Journal, vol 40, no 4, pp 5 10 515, 1988 10 M Ashyraliyev, “Generalizations of Gronwall’s integral inequality and their discrete analogies,” Report MAS-EO5 20, September 200 5 11 M Ashyraliyev, ... v t Dividing both sides of 2.19 by v t , we get − v t ≤m t v t m −t 2. 20 Integrating 2. 20 from t to 0, we get v t ≤c 0 m s ds t t m −s ds t c sgn t −t m s ds 2.21 Journal of Inequalities and ... fixed real number and δ const > Let F t, x; v t, x , t ∈ R, x ∈ 0, l , a x ≥ a > 0, x ∈ 0, l , ϕ x , ψ x , x ∈ 0, l be smooth functions and problem 3.1 has a unique smooth solution v t, x Assume...
... c y0 g b x , t, τ, σ φ u τ, σ dτdσ dtds b x0 c y b x c y0 b x t f1 X, y, b x , t c y0 g b x , t, τ, σ dτdσ dtds b x0 c y0 2. 20 for all x, y ∈ x0 , X × y0 , Y1 Integrating the above from x0 to ... Ξ x, y 2.6 for all x, y ∈ x0 , X1 × y0 , Y1 , where b x −1 Ξ x, y : W2 W1 r2 x, y c y s t g s, t, τ, σ dτdσ dtds, f x, y, s, t b x0 b x b x0 c y0 c y b x0 c y0 c y0 r2 x, y : W1 r1 x, y 2.7 f ... y, s, t b x0 c y0 g s, t, τ, σ dτdσ dtds b x0 2.21 c y0 for all x, y ∈ x0 , X × y0 , y1 By 2.19 and the above inequality, we obtain u x, y ≤ψ −1 −1 W1 Φ −1 Φ r2 x, y b x c y b x0 c y0 s t f1 X,...
... (5) ( 200 3), 1169-1187 A weak law with random indies for randomly weighted sums of rowwise independent random elements in Rademacher type p Banach space, Calcutta Staist Asoc Bull., 52, 200 2, 85-98 ... elements under some conditions of uniform integrability, of Mathematical Sciences, 138 (1), 200 6, 54 50- 5459 [3] J Hoffmann-Jrgensen and G Pisier, The law of larger numbers limit theorem in Banach ... for double arrays of random variables, Journal of Applied Mathemmatics and Stochastic Analysis, 200 6, 1-15 Tóm tắt Một số định lý hội tụ trung bình mảng hai số phần tử ngẫu nhiên không gian Banach...
... misses it for since ago on 9.I've been studying Italian I was five years old for since ago on 10. The chairman of the board has been working in the finance industry 1984 in on since at ...
... misses it for since ago on 9.I've been studying Italian I was five years old for since ago on 10. The chairman of the board has been working in the finance industry 1984 in on since at ...
... = 2( )−1 H(n − 1) H(n + 1)(2n − 2s − 1)!!(2s − 3)!! (n − s)!(s − 1)! n−2 × m+k+ k=2 ( 20) n j =0 (2j)! n−2 i =0 (2i + 1)! min(k−1,n−k−1) n (2m + 2j − i), (m + k)min(k,n−k+1) k=1 2≤i≤j≤n+1 which can ... shape, Manuscripta Math 69, (19 90) , 173– 202 [7] P.A MacMahon, Combinatory Analysis, vol 2, Cambridge University Press, (1916); reprinted by Chelsea, New York, (19 60) [8] J Propp, Twenty open problems ... k)min(k+1,n−k+1) k =0 Proof We start analogously to Section and convert G− (exemplified in Figure 3b) back to a region R− of triangles (see Figure 4b), so that the perfect matchings of 10 the electronic...
... Math 211(1-3) ( 200 0), 167-181 [11] J Shen, On the Caccetta-Haggkvist conjecture, accepted by Graphs Combin 18(3) ( 200 2), 645-654 the electronic journal of combinatorics 10 ( 200 3), #R26 11 ... and [ 10] Recently, the following extension of Lemma was obtained in [ 10] by considering the number of vertices in G with outdegree exactly the electronic journal of combinatorics 10 ( 200 3), #R26 ... electronic journal of combinatorics 10 ( 200 3), #R26 10 [2] M Behzad, G Chartrand and C Wall, On minimal regular digraphs with given girth, Fund Math 69 (19 70) , 227-231 [3] J A Bondy, Counting...
... studies include Kleefsman et al ( 200 5), Wang and Khoo ( 200 5), Khayyer et al ( 200 9), Khayyer and Gotoh ( 200 9), Bredmose et al ( 200 9) and Colagrossi et al ( 201 0b) Compared to experimental studies, ... impact problems (Gó mez-Gesteira et al., 200 5; Dalrymple and Rogers, 200 6; Souto-Iglesias et al., 200 6; Molteni and Colagrossi, 200 9; Colagrossi et al., 201 0a) One way to decrease the spurious pressure ... al., 1999; Ataie-Ashtiani and Farhadi, 200 6; Shibata and Koshizuka, 200 7; Khayyer and Gotoh, 200 9; Lee et al., 201 0) As pointed out by Khayyer and Gotoh ( 200 9), however, MPS suffers from the problems...
... required Recently, the spindle motor speed in server HDDs has reached 15 ,00 0 rpm, and some of them are even higher than 20, 000 rpm One major concern for high-speed three-phase sensorless spindle ... terminal voltages of two phases 54 Figure 2.32 The terminal voltages and the phase voltage of one phase 55 Figure 2.33 The phase voltages of two phases 56 Figure 2.34 The phase voltages ... configuration of back-EMF detector 50 Figure 2.28 The block diagram of DSP ADMC 401 51 Figure 2.29 Configuration of the two-phase inverter 52 Figure 2. 30 The switching signals of a BLDC...
... microchannel dimensions for different cross-section W H R Rectangular 500 µm 500 µm Trapezoidal W = 125 µm W = 500 µm 800 µm Triangular 500 µm mm µm Circle RESULTS AND DISCUSSION As described above, finding ... cross-section: W= 500 µm, H= 500 µm Heat power: P source =176W Inlet temperature: T in = 30 °C Trapezoidal cross-section Ambiant temperature: T amb = 30 °C W = 125 µm, W = 500 µm, H= 800 µm Source temperature: ... 176W, ambient temperature of = 30 °C, source temperature of 30 °C, mass flow rate of 0. 3 g/s, cross-section area of 0. 25 mm2, substrate thickness of 900 µm, depth of 500 µm It is observed that the...