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Luther Lazaro
The California Public Utilities Commission (CPUC), in continuing actions to help consumers resolve their energy utility debt, today ordered utilities to develop a pilot program to mobilize community-based organizations (CBOs) to assist consumers with their utility bills.
The CPUC is addressing energy rates in a number of ways, including rate assistance programs, pilot programs to improve the affordability of utility services for Californians, and exploring strategies to mitigate future energy rate increases in an ongoing utility affordability proceeding.
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Introduction: Central venous access devices (CVADs) are a vital medical device for intensive care (ICU) patients; however, complications and failure are common, yet potentially prevented through effective dressings and securement.
Objectives/aims: The objective of this study was to test the feasibility of a randomised controlled trial (RCT) comparing standard care with three dressing and securement products to prevent CVAD failure. Secondary aims included comparing dressing and securement products on CVAD failure, microbial colonisation, and intervention costs.
Methods: A single-centre pilot RCT of ICU adult patients requiring CVADs for >24 h were randomised to four groups: (i) sutures plus chlorhexidine gluconate (CHG) dressing (standard care); (ii) standard care plus tissue adhesive (TA); (iii) two sutureless stabilisation devices (SSD) plus CHG dressing; (iv) sutures, CHG disc plus integrated securement dressing (ISD). Descriptive statistics assessed feasibility. Incidence rates (IRs) of CVAD failure were reported, with group differences compared using the Fisher exact and log-rank tests. Cox regression explored univariable risks for failure. A substudy examined bacterial colonisation of catheter tips, dressings, and skin. Cost estimates of the intervention were compared.
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These two last decades, hybrid photonic circuits using both silicon and III-V materials have been successfully developed for data communication and are a complementary technology to advanced CMOS for high performance computers too. In 2006, Soref suggested to consider a similar technological approach to make photonics circuits dedicated to the mid/long wave infrared region1. This IR-wavelength range enables to address multiple applications from free-space data communication2, optical countermeasures3, IR imaging of biological tissues4 to spectroscopy5. So far, the detection of chemical species in solid6, liquid7 or gas mixtures8 remains the most popular application that drives the technological development. In fact, the spectral range between 3 μm and 12 μm corresponds to the first harmonic resonance between rovibrational energy levels of most of chemical species, leading to absorption cross sections that are order of magnitude stronger than overtone in the near IR for instance. This is especially true for light molecules in gaseous phase. This unique feature enables to detect a great number of gases with high sensitivity and selectivity. A limit of detection lower than 1 part per billion (ppb) and unequivocal identification of chemical species can typically be reached through Mid-InfraRed (MIR) absorption spectroscopy techniques9.
Chemical detection with laser diodes has been widely developed since mid-1960s. Nevertheless, the emergence of unipolar sources based on multiple quantum well stacks has transitioned spectroscopic sensing in the MIR wavelength band toward portable systems useful for industrial applications. The technological progresses done on Quantum Cascade Laser (QCL)10,11, and Interband Cascade Laser (ICL) make these MIR sources compact and reliable and now readily available12. Distributed FeedBack (DFB) lasers are of particular interest as they provide a narrow and specific emission spectrum useful for the detection of chemicals13,14. In particular, they offer new detection solutions of gases in real time, in situ and at ultra-low concentration level.
Today, the silicon QCL is butt-coupled with our photoacoustic cell with a current pick and place tool. We are developing evanescent coupling between the QCL and MIR PICs placed underneath too. In parallel MIR waveguides have been manufactured within our silicon photoacoustic cell to have a fully integrated photoacoustic spectroscopic system.
The fabrication in a CMOS/MEMS pilot line and wafer-level tests on probe stations should greatly accelerate the commercialization of QCLs by decreasing the fabrication cost of such components. Furthermore, the integration on a common technological platform implemented on Si substrate is crucial to the realization of miniaturized and cost-effective MIR photonic devices. MIR sources fabricated on Si should penetrate a number of new markets beyond the gas sensing for professional applications.
With these preliminary results, we reached a significant milestone within our works initiated a couple of years ago on passive MIR photonics circuits and integrated photoacoustic detectors25. The integration of MIR sources on common technological platforms based on IC/MEMS technology is essential for the realization of miniaturized and cost-effective MIR optical sensors and paving the way for the implementation of a spectrometer fully integrated on Si chip.
This research has been partially supported from the European Union through the H2020 project RedFinch, N780240 and the French ADEME project CIDO. The authors thank LETI Silicon fabrication division and G. Lasfargues and L. Boutafa for their helpful supports with the component fabrication and characterizations.
Also, the eastern portion of Wanoga Sno-Park reopened for trail access, but officials asked that motorists drive with caution, as the snow-park remains a command post for the 328-acre fire sparked by lightning late last month on the Willamette National Forest portion of the Three Sisters Wilderness, about five miles west of Elk Lake.
The fire remains listed zero containment, with a reduction of firefighters on the lines to 145, officials said Saturday. The fire has grown only minimally in recent days, with creeping and smoldering, though it could pick up some moderate burning along the edges that still have some heat.
The Petes Lake Fire is burning in a wilderness area where terrain and access make it too dangerous to put firefighters on the ground. The fire has been tested over several days of warmer and drier weather; reconnaissance and infrared flights yesterday confirmed that the fire has remained mostly within its footprint.
As of this morning, the structure protection plan is complete and firefighters have finished 45% of the shaded fuel break. Crews plan to make greater gains on the fuel break today, with the goal of discontinuing on Friday the daytime highway closure that has been in place since Tuesday.
Tomorrow at 6 a.m., after a day of sharing information about the incident with the incoming team, Northwest Incident Management Team 10 (NWIMT 10) will transfer command to the smaller Central Oregon Fire Management Service (COFMS) Incident Management Team 1.
Incident Commander Alan Lawson and the other members of NWIMT 10 extend their gratitude to the Deschutes and Willamette National Forests for their collaboration and assistance. The team also thanks the local residents, business owners and visitors for their unwavering support during this incident.
Evacuations: The Level 3 (Go Now) Evacuation Notice is still in place for all areas west of the Cascade Lakes Highway from the Lucky Lake Trailhead north to the Mirror Lake Trail. This includes the areas around Lucky Lake, Leech Lake, Doris Lake, Blow Lake and Mirror Lakes. Evacuation notices and updates can be found at: www.deschutes.org/emergency.
Closures: The closure order on the Willamette and Deschutes National Forests for the Petes Lake Fire remains in place and information can be found at: fs.usda.gov/detail/deschutes/news-events/?cid=FSEPRD1134682. Resorts along the Cascade Lakes Highway remain open for business, though visitors may encounter delays with road flaggers and pilot cars. The Wanoga Sno-Park, Kapka Sno-Park, Mirror Lake Trailhead and Point Campground are temporarily closed to the public.
Safety: The public can help firefighters by obeying trail closures and following the detour instructions in the shaded fuel break work areas. Keep vehicle and bike speeds low near work areas. Follow all fire restrictions.
This scholarship program is also structured to appeal to those who are ready to continue their flight training in the immediate future. An additional $2,500 Continuing Aviation Education Grant is available annually to one scholarship recipient who intends to earn their FAA private pilot certificate within the following two years. Applicants for this grant must complete the initial ground school course, both introductory flights, and submit an essay by November 30 of the scholarship year. Funds are released as the recipient completes training milestones: $1,000 after completing their first solo flight, $1,000 after completing their long solo cross-country, and $500 after earning the private pilot certificate.
Requirements are listed on the application form below. Please fill it out, sign it, and send it as instructed on page one. Thank you for your interest in our scholarship program and we wish you the best in your future aviation career!
We are able to offer this youth flight training scholarship only because of the generous financial support of our donors. Since 2010, Cascade Warbirds has provided over eighty outstanding young people the opportunity to grow, find a career, and learn a lifelong avocation through the magic of flight.
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