22 results on '"Bhairavi, R."'
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2. Hybrid Sparrow Search Optimization technique for quality of service cooperative routing in underwater acoustic sensor networks
3. Energy Efficient Advancement-Based Dive and Rise Localization for Underwater Acoustic Sensor Networks
4. Modified Dive and Rise Technique Incorporating Enhanced Weighted Centroid Localization Algorithm with Ocean Current Mobility Model in Underwater Acoustic Sensor Networks
5. Localization of Nodes with Ocean Current Mobility Model in Underwater Acoustic Sensor Networks
6. Localization of Nodes with Ocean Current Mobility Model in Underwater Acoustic Sensor Networks
7. Secure Robust Pressure based Routing for Underwater Acoustic Sensor Network.
8. Directly measured tissue pH is an earlier indicator of splanchnic acidosis than tonometric parameters during hemorrhagic shock in swine
9. An Efficient and Robust Hybrid Routing Protocol for Corroboration of Node Auto-configuration In MANET
10. The Effect Of Ambient Nitric Oxide On Exhaled Nitric Oxide Measurements
11. Performance Of The New Insight ENO System To Measure Exhaled Nitric Oxide Comparison To Chemiluminescence Technologies
12. Design and development of a sensor for the direct and continuous measurement of inhaled nitric oxide: factors affecting sensitivity
13. Reversibility of heme-nitric oxide reactions for use in an inhaled nitric oxide sensor
14. Diminished myocardial function precedes tissue acidosis during coronary hypoperfusion
15. 592: Noninvasive prenatal diagnosis: successful fetal-cell analysis by both FISH and whole genome molecular microarrays
16. Feasibility of non-invasive measurement of tissue pH using near-infrared reflectance spectroscopy
17. Sensor materials for an intravascular fiber optic nitric oxide sensor
18. Design and development of a sensor for the direct and continuous measurement of inhaled nitric oxide: factors affecting sensitivity
19. Sensor materials for an intravascular fiber optic nitric oxide sensor
20. Design and development of a sensor for the direct and continuous measurement of inhaled nitric oxide: factors affecting sensitivity.
21. Reversibility of heme-nitric oxide reactions for use in an inhaled nitric oxide sensor.
22. Sensor materials for an intravascular fiber optic nitric oxide sensor.
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