các món ngon với lò vi sóng

... hầm thịt để luộc rau. - 300 ml nớc hầm (trộn với 1/2 thìa canh tinh bột ngô) - 1 chút mỡ gà. Cách làm: - Rửa các loại rau, cho từng loại vào nồi với muối và nớc, đun 1 2, High. Luộc mỗi loại ... muối. - 1/4 tbs đờng Cách làm: - Ngâm sò vào nớc muối cho sạch cát, rửa sạch. - Cho sò vào nồi, cho 70ml nớc, đậy nắp, đun 230, High (hoặc đun đến khi sò mở nắp). - Trộn thịt với các thành phần khác, ... phê bột ngô. - Tiêu vừa đủ. Sốt: Trang trí : - Rau mùi Nhật Bản. Cách làm : - Cắt các thành phần thành miếng nhỏ. - Cho nớc dùng, các thành phần vào nồi 3l, quậy đều. - Nấu đậy nắp 8, High, sau...

Ngày tải lên: 23/12/2013, 05:17

... băm nhỏ. - 3 thìa canh dầu. - 50 g bột cà ry trộn với 3 thìa canh nớc. Cách làm: - Gà rửa sạch với muối, chặt miếng. - Khoai tây gọt vỏ, cắt miếng móng lợn, thêm 2 thìa canh nớc, nấu không đậy nắp ... dạo. - Muối vừa đủ. (A) : Trộn đều các thành phần sau : - 100g hành băm nhỏ. - 3 thìa canh dầu ăn. - 50g bột cà ry. - 3 thìa canh nớc. Cách làm: - Thịt gà rửa sạch với muối, chặt miếng. - Khoai tây ... tiêu đen xay vỡ. - 3 5 thìa canh ớt bột Cách làm - Hành rửa, lột vỏ, thái thành hình tròn, để ráo trớc khi cho vào lọ. - Trộn tất cả các thành phần khác với gia vị. Đậy nắp, nấu High 3. Singaporean...

Ngày tải lên: 23/12/2013, 05:17

Ngày tải lên: 23/12/2013, 05:17

Ngày tải lên: 23/12/2013, 05:17

... khuôn. Có thể thay nho khô bằng các loại quả khô khác. Cách làm: - Rây bột. Tách lòng đỏ, lòng trắng trứng. - Đánh lòng trứng cho đến khi nổi. Thêm đờng, đánh tiếp. - Thêm lòng đỏ, đánh đến khi nổi ... bột, xếp nếp bằng các ngón tay để có cái bánh đẹp. - Cho 13 15 bánh vào đĩa thoa mỡ đờng kính 28 cm. Quét dầu lên bánh, phun nớc. - Đậy nắp bằng tấm bao dùng trong lò vi sóng. Nhấn Steam menu ... thìa cà phê bột nở. - 40g đờng. - 1 quả trứng. - 70 ml sữa. - 40g bơ. - Vani. Cách làm: - Trộn tất cả các thành phần với nhau, trừ bơ. (1) - Bơ cho vào bát, đậy bằng tấm nhựa, nấu 1 2, Medium...

Ngày tải lên: 23/12/2013, 05:17

Ngày tải lên: 23/03/2014, 23:20

Ngày tải lên: 23/03/2014, 23:20

Ngày tải lên: 23/03/2014, 23:20

Ngày tải lên: 10/07/2014, 04:20

... wavelengths between 1 ␮m (10 –6 m) and 1 mm. Beyond the infrared spectrum is the visible optical spectrum, the ultraviolet spectrum, and x-rays. Below the microwave frequency spectrum is the radio ... tuning. Here the costs for the design and tuning can be reduced greatly by using CAD, which can provide more accurate design with less design iterations, leading to first-pass or tuneless filters. ... developments in this area are cer- tainly being stimulated by increasing computer power. Another driving force for the developments is the requirement of CAD for low-cost and high-volume production. In...

Ngày tải lên: 24/10/2013, 16:15

... ports of the network NЈЈ ; and all the S submatrices con- tain the corresponding S parameters. Obviously, p + c = M 1 and q + c = M 2 . It is [aЉ] q [aЉ] c [SЉ] qc [SЉ] cc [SЉ] qq [SЉ] cq [bЉ] q [bЉ] c [aЈ] p [aЈ] c [SЈ] pc [SЈ] cc [SЈ] pp [SЈ] cp [bЈ] p [bЈ] c b i ᎏ a j a 1 a 2 Ӈ a M S 1M S 2M Ӈ S MM ... at port 2 of the network NЈ and port 1 of the network N Љ when SЈ mn and SЉ mn are evaluated individually. 2.8 NETWORK PARAMETER CONVERSIONS From the above discussions it can be seen that for ... composite network is given simply by the sum of the short-circuit admittance matrices of the individual networks. Analogously, the networks of Figure 2.3(b) are connected in series at both their input...

Ngày tải lên: 24/10/2013, 16:15

... the same 3 pole Butterworth lowpass prototype as that used previously in Section 3.3.1, Figure 3.15(b) illustrates a bandpass having a passband from 1 to 2 GHz obtained using the element transformation. 3.3.4 ... = 1 to n (3.24) g n+1 = 1.0 For convenience, Table 3.1 gives element values for such filters having n = 1 to 9. As can be seen, the two-port Butterworth filters considered here are always sym- metrical ... be chosen. 3.2.2 Chebyshev Lowpass Prototype Filters For Chebyshev lowpass prototype filters having a transfer function given in (3.9) with a passband ripple L Ar dB and the cutoff frequency...

Ngày tải lên: 28/10/2013, 23:15

... previous expressions for ␧ re are obtained based on the quasi-TEM or quasistatic approximation, and therefore are rigorous only with DC. At low microwave frequencies, these expressions provide ... expressions also provide accuracy better than one percent. If more accurate values are needed, an iterative or optimization process based on the more accurate analysis models described previously can ... 4.10(h). These microstrip patch resonators can be analyzed as waveguide cavities with mag- netic walls on the sides. The fields within the cavities can be expanded by the TM Z nm0 modes, where z is perpendicular...

Ngày tải lên: 28/10/2013, 23:15

... Semilumped Lowpass Filters Having Finite-Frequency Attenuation Poles The previous two types of microstrip lowpass filter realize the lowpass prototype filters having their frequencies of infinite ... (b) can only be electrically equivalent to the combline filter in the vicinity of the mid- band frequency, and its stopband behavior is different from that of the combline fil- ter. Similar to the ... inductances L 1 , L 3 , and L 5 block transmission by having infinite series reactance, whereas the capacitance C 6 shorts out transmission by having infinite shunt susceptance. A microstrip filter...

Ngày tải lên: 07/11/2013, 21:15

... design this type of filter, let us consider the design of an op- timum distributed highpass filter having a cutoff frequency f c = 1.5 GHz and a 0.1 dB ripple passband up to 6.5 GHz. Referring to Figure ... = 1 to n where b i are the susceptance slope parameters of series parallel resonators. It is obvious that for a chosen lowpass prototype, with known element values, the desired reactance/susceptance ... relative dielectric constant of 10.8 and a thickness of 1.27 mm. The bandstop filter is designed to provide an RF rejection better than 40 dB over an operating frequency band from 3.5 GHz to 5.5 GHz....

Ngày tải lên: 07/11/2013, 21:15

... (MEMS) provide a class of new devices and com- ponents which display superior high-frequency performance and enable new system capabilities. For a general definition, a MEMS is a miniature device ... ability to effectively improve filter selectivity. Therefore, it does not constitute a particularly attractive choice for achieving frequency selectivity. Never- theless, it may be of interest ... production. The change in permittivity as a func- tion of electric field is the key to a wide range of applications. Frequency-agile filters are among many other device applications of ferro- electrics....

Ngày tải lên: 07/11/2013, 21:15

... of S 11 in (8.76) is always equal to 1. This is because in the vicinity of resonance, the parallel res- onator of Figure 8.11 behavior likes an open circuit. However, the phase response of S 11 changes ... of Kirchhoff’s two circuit laws and states that the algebraic sum of the currents leaving a node in a network is zero, with a driving or external current of i s the node equa- tions for the circuit of Figure ... resonator Y in = j ␻ C + = j ␻ 0 C ΂ – ΃ (8.74) Note that ␻ 0 = 1/͙L ෆ C ෆ is the resonant frequency. In the vicinity of resonance, say, ␻ = ␻ 0 + ⌬ ␻ , (8.74) may be simplified as Y in = j ␻ 0 C· (8.75) where...

Ngày tải lên: 15/12/2013, 06:15

... filter synthesis by optimization is a three-pole cross-cou- pled resonator filter having asymmetrical frequency selectivity. The desired filter response will exhibit a single finite frequency attenuation ... are violated. 9.3 OPTIMIZATION 287 minimize ⌬⌽,⌬⌰ Ή R b (⌽ + ⌬⌽, ⌬⌰) – R a (⌽)Ή where ⌬⌽ denotes the modifications to the physical design parameters for compensating the characteristic deviation ... the initial decomposition design, the filter is decomposed into individual cascaded sections, where reference planes of each individual section are represented by circuit nodes and the discontinuities...

Ngày tải lên: 15/12/2013, 06:15

... the improvement in selectivity over the Chebyshev filter is evident. The closer the atten- uation poles to the cut-off frequency (⍀ = 1), the sharper the filter skirt and the higher the selectivity. ⍀ a FBW ... rejection bandwidths are 100 MHz and 120 MHz, respectively, which obviously does not meet the rejection require- ments. Having determined the design parameters, the nest step is to find the physical ... communications systems, flat group delay of a bandpass fil- ter is demanded in addition to its selectivity. In order to achieve a flat group delay characteristic, two approaches are commonly used. The...

Ngày tải lên: 15/12/2013, 06:15