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![100.4 MHz 13C NMR spectrum of the poly(εCL) 6, No. 3C, Table 1. The... | Download Scientific Diagram 100.4 MHz 13C NMR spectrum of the poly(εCL) 6, No. 3C, Table 1. The... | Download Scientific Diagram](https://www.researchgate.net/publication/243843165/figure/fig5/AS:267766116646926@1440851825487/1004-MHz-13C-NMR-spectrum-of-the-polyeCL-6-No-3C-Table-1-The-CO-signals-appear-at.png)
100.4 MHz 13C NMR spectrum of the poly(εCL) 6, No. 3C, Table 1. The... | Download Scientific Diagram
![100.4 MHz proton-coupled carbon-13 1D spectrum of (AE)EHA dissolved in... | Download Scientific Diagram 100.4 MHz proton-coupled carbon-13 1D spectrum of (AE)EHA dissolved in... | Download Scientific Diagram](https://www.researchgate.net/publication/237416123/figure/fig4/AS:668976937975814@1536507939643/MHz-proton-coupled-carbon-13-1D-spectrum-of-AEEHA-dissolved-in-the-PBLG-CHCl-3-chiral.png)
100.4 MHz proton-coupled carbon-13 1D spectrum of (AE)EHA dissolved in... | Download Scientific Diagram
![SOLVED: A 100.4 MHz FM receiver consists of an LNA stage with gain G=30 dB and noise temperature T=20 K,a down converter with gain G=10 dB and noise temperature T=360 K and SOLVED: A 100.4 MHz FM receiver consists of an LNA stage with gain G=30 dB and noise temperature T=20 K,a down converter with gain G=10 dB and noise temperature T=360 K and](https://cdn.numerade.com/ask_images/7daccfe27cbb4ea29d7ab1d6d6938760.jpg)
SOLVED: A 100.4 MHz FM receiver consists of an LNA stage with gain G=30 dB and noise temperature T=20 K,a down converter with gain G=10 dB and noise temperature T=360 K and
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