Kelly v. Lambda Research, Inc.

89 F. App'x 535
CourtCourt of Appeals for the Sixth Circuit
DecidedMarch 2, 2004
DocketNo. 02-3035
StatusPublished
Cited by3 cases

This text of 89 F. App'x 535 (Kelly v. Lambda Research, Inc.) is published on Counsel Stack Legal Research, covering Court of Appeals for the Sixth Circuit primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Kelly v. Lambda Research, Inc., 89 F. App'x 535 (6th Cir. 2004).

Opinions

KRUPANSKY, Circuit Judge.

The plaintiff-appellant, Dr. Mark J. Kelly (“Kelly”), has assailed the trial court’s award of summary judgment to his former employer, defendant-appellee Lambda Research. Inc. (“Lambda”), by which his amended complaint stating claims arising under federal and state law was dismissed with prejudice. On review, Kelly has contested only the district judge’s dismissal of his employment retaliation and constructive wrongful discharge causes of action founded respectively in the Ohio Whistle-blower Statute and Ohio public policy.

During July 1998, Kelly, a Ph.D. research chemist, began working in Lambda’s Cincinnati x-ray diffraction laboratory, designated “Lab II.” In December 1998, Lambda elevated Kelly to Lab II Supervisor. The Lab II employees, including Kelly, conducted research and gathered experimental data concerning the physical properties and capabilities of materials and technical components for diverse commercial, academic, and governmental customers, including the nuclear power industry. At the time of Kelly’s retention by Lambda, its sole shareholder and managerial principal, Paul Prevey (“Prevey”), informed the plaintiff that Lambda’s practices conformed to all prevailing high-tech industry standards. However, shortly after the plaintiffs promotion to management, he began to suspect either that certain of Lambda’s written standard operating procedures failed industry norms, or that Lambda’s employees often inadequately adhered to the company’s internally-developed written procedures, thereby risking inaccuracies in test results.

Nevertheless, during approximately his first year of employment with the defendant, Kelly remained mute concerning his unverified suspicions of past and ongoing defective readings caused by deficient laboratory procedures. In June 1999, his superior Prevey conducted Kelly’s inaugural formal written performance evaluation. Prevey praised Kelly for his management skills, responsiveness to training, practical knowledge of x-ray diffraction, and future productive potential.

During that same month, a Lab II technician. Chris Barger (“Barger”), performed routine x-ray diffraction crystallographic texture analyses on three zirconium alloy pipe cladding specimens, [537]*537which consisted of segments detached from sheets or tubes composed of heavy metallic insulating foil designed to encase nuclear fuel lines, for General Electric’s Nuclear Division (“GEND”). If the laboratory results reflected capabilities within the expected range, the subject zirconium foil tubing material would be installed on fuel rods in industrial nuclear reactors at commercial power plants, which function as delivery conduits for enriched uranium fuel pellets.1 However, after reviewing Lambda’s June 10, 1999 laboratory report, a GEND employee. Charles McKinney, concluded that one critical piece of research datum — the “pole figure” measurement — for zirconium tube specimen no. 986985-01 was flawed, which in turn distorted the texture analysis result. He requested that Lab II investigate its experimental data extracted from that studied exemplar. Kelly’s subsequent inquest exposed Lambda’s lab technician’s neglect to adhere to Lambda’s pertinent written testing procedure 3P1066.02, in that, prior to testing, he misapplied contact cement and epoxy to secure the sample to the glass mounting surface. Consequently, Barger had failed to ensure that the examined sample remained flat on the mounting glass plate during testing, which had skewed the research data. When properly re-tested according to the defendant’s standard written procedure, the tubing sample in controversy yielded results within the expected range. Subsequently, on June 10, 1999, via a letter accompanied by a research report, Lambda reported to GEND that its initial anomalous result had been the product of “sample mounting error” committed by the technician.

Although the GEND incident was evidently attributable to a detected human error which had been corrected, Kelly nonetheless concluded that Lambda’s written standard operating procedures for the “pole figure” testing of zirconium tubing might be inherently flawed, and thus could yield, or in the past may have yielded, unreliable data in any instance, irrespective of the technician’s verbatim adherence to Lambda’s procedural instructions. In the complainant’s opinion, those procedures, which required “sample flatness” to be within 0.002 inches but which did not specify any technique for measuring flatness beyond visual inspection, did not, as a practical matter, demand adequate sample flatness, because zirconium foil tubing tends to “buckle” and thence become “wavy” and/or “rough” if not properly flattened and stabilized; and further because, in his words, “I can’t tell what flatness to within 0.002 inches looks like.”

Consequently, Kelly worried that an unknown number of past zirconium alloy test measurements may have been misleading because of such flatness irregularities which potentially had been undetected and/or uncorrected irrespective of the company’s application of its standard testing procedures. In turn. Kelly feared that some nuclear reactor’s fuel line wrapped with unidentifiable misanalyzed zirconium foil tubing might someday pose a significant public safety hazard and/or menace to human health, should a malfunction cause a toxic radiation leak, because he knew that some of GEND’s past purchase orders for zirconium tube testing (but not the May 1999 GEND service order for the tube testing at issue) had displayed a nu[538]*538clear safety warning.2 See generally 10 C.F.R. 21 (codifying the NRC’s regulations governing the “Reporting of Defects and Noneompliance” by suppliers of materials and services to the nuclear power industry).

Accordingly, in July 1999, Kelly recommended to Prevey that GEND be notified of his concerns, so that the customer could evaluate possible risks and/or consider corrective alternatives. Prevey instructed Kelly to memorialize the zirconium testing issue and his corrective recommendation(s) in a written internal Quality Assurance Incident Report (“QA Report”). Kelly completed his QA Report on July 16, 1999, through which he again advised Prevey that Lambda should, among other things, alert GEND that its past “pole figure” texture analysis research data on zirconium insulation specimens might be unreliable. Kelly further opined that such an advisory was compelled by 10 C.F.R. 21. He also suggested that the technicians should not rely solely on eyesight to verify that a sample is pressed and cemented completely flat on the glass plate testing surface: rather, “a measurement or verifiable criteria for surface flatness” should be established to avoid distortions in the test readings.

However, Prevey redacted Kelly’s report by striking his recommendation that Lambda inform GEND that all of its previously-furnished “pole figure” data collected in past zirconium texture analyses was questionable; Prevey instead substituted his own handwritten notation to the effect that GEND had already been notified that Lambda had collected atypical textural data in the past because of a sample mounting deficiency.3

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Bluebook (online)
89 F. App'x 535, Counsel Stack Legal Research, https://law.counselstack.com/opinion/kelly-v-lambda-research-inc-ca6-2004.